This post is a continuation of a series of posts about WebGL. The first started with fundamentals. and the previous was about 3D cameras. If you haven't read those please view them first.
How do we animate something in WebGL?
Actually this isn't specific to WebGL but generally if you want to animate something in JavaScript you need to change something over time and draw again.
We can take one of our previous samples and animate it as follows.
*var fieldOfViewRadians = degToRad(60); *var rotationSpeed = 1.2; drawScene(); // Draw the scene. function drawScene() { * // Every frame increase the rotation a little. * rotation[1] += rotationSpeed / 60.0; ... * // Call drawScene again next frame * requestAnimationFrame(drawScene); }
And here it is
click here to open in a separate window
There's a subtle problem though. The code above has a
rotationSpeed / 60.0
. We divided by 60.0 because we assumed the browser
will respond to requestAnimationFrame 60 times a second which is pretty common.
That's not actually a valid assumption though. Maybe the user is on a low-powered device like an old smartphone. Or maybe the user is running some heavy program in the background. There are all kinds of reasons the browser might not be displaying frames at 60 frames a second. Maybe it's the year 2020 and all machines run at 240 frames a second now. Maybe the user is a gamer and has a CRT monitor running at 90 frame a second.
You can see the problem in this example
In the example above the we want to rotate all of the 'F's at the same speed. The 'F' in the middle is running full speed and is frame rate independent. The one on the left and the right are simulating if the browser was only running at 1/8th max speed for the current machine. The one on the left is NOT frame rate independent. The one on the right IS frame rate independent.
Notice because the one on the left is not taking into account that the frame rate might be slow it's not keeping up. The one on the right though, even though it's running at 1/8 the frame rate it is keeping up with the middle one running at full speed.
The way to make animation frame rate independent is to compute how much time it took between frames and use that to calcuate how much to animate this frame.
First off we need to get the time. I find it easist if we get the time in seconds but since the browser returns time in milliseconds (1000s of a second) we need to multiply by 0.001 to get seconds.
*function getTimeInSeconds() { * return Date.now() * 0.001; *}
We can then compute the delta time like this
*// Get the starting time. *var then = getTimeInSeconds(); drawScene(); // Draw the scene. function drawScene() { * // Get the current time * var now = getTimeInSeconds(); * // Subtract the previous time from the current time * var deltaTime = now - then; * // Remember the current time for the next frame. * then = now; ...
Once we have the deltaTime
in seconds then all our calcuations can be in how
many units per second we want something to happen. In this case since
rotationSpeed
is 1.2 which means we want to rotate 1.2 radians per second.
That's about a 1/5 of a turn or in other words it will take about 5 seconds to
turn around completely regardless of the frame rate.
* rotation[1] += rotationSpeed * deltaTime;
Here's that one working.
click here to open in a separate window
You aren't likely to see a difference from the one at the top of this page unless you are on a slow machine but if you don't make your animations frame rate independent you'll likely have some users that are getting a very different experience than you planned.
Next up how to apply textures.


Experienced Security engineer with full-stack development and automation skills. I have played multiple roles such as security trainer, SME of security tools, incident response etc. With a master degree in Computer Science and software development background, I can be an instrumental part in integrating security with SDLC.
As a part of the SecureCode Team in Corporate Information Security, I am helping Nike developers ship secure software. Our team is responsible for all of SCA/SDLC at Nike. Following are my contributions,
- Authored challenges and organized multiple CTF events to train developers on security
- Developed plugin for vulnerability management software to accept results from other tools
- Subject Matter Expert for component lifecycle management tool
- Architected automated layer for security tools to handle scans, logs and results
Developed ASP.NET Web API2 with frontend using Javascript for measuring the password strength.
Assembled and conducted internal-global phishing campaign using open source phishing framework GoPhish.
Redesigned ISO27001 risk assessment template to suit company’s risk management program
By working directly under the CISO of the company, explored new dimensions of information security and enterprise security management.
Worked on the development of an enterprise content management software, "Content Locker" in Windows platform.
Stabilized the product by improving key handling for files and database to improve information security.
Worked on the migration handling of the product in multiple releases.
Working from the initial stages of the product, helped me in understanding the design pattern and object orientated design in depth.
GPA: 3.80
GPA: 8.4/10
Apart from being a Security Engineer, I enjoy event management the most. Hosting CTF events is my passion as it is a fun and gamified way of teaching security to developers.
Apart from that, I have hiked Himalayas, been a Science and Tech reporter and an avid watcher of Mr.Robot


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| PREV NEXT | FRAMES NO FRAMES |
| Uses of BceCredentials in com.baidubce |
|---|
| Methods in com.baidubce that return BceCredentials | |
|---|---|
BceCredentials |
BceClientConfiguration.getCredentials()
Returns the BCE credentials used by the client to sign HTTP requests. |
| Methods in com.baidubce with parameters of type BceCredentials | |
|---|---|
void |
BceClientConfiguration.setCredentials(BceCredentials credentials)
Sets the BCE credentials used by the client to sign HTTP requests. |
BceClientConfiguration |
BceClientConfiguration.withCredentials(BceCredentials credentials)
Sets the BCE credentials used by the client to sign HTTP requests, and returns the updated configuration instance. |
| Uses of BceCredentials in com.baidubce.auth |
|---|
| Classes in com.baidubce.auth that implement BceCredentials | |
|---|---|
class |
DefaultBceCredentials
Default implementation of the Credentials interface that allows callers to pass in the BCE access key and secret access in the constructor. |
| Methods in com.baidubce.auth with parameters of type BceCredentials | |
|---|---|
void |
BceV1Signer.sign(InternalRequest request,
BceCredentials credentials)
|
void |
Signer.sign(InternalRequest request,
BceCredentials credentials)
Equivalent to sign(request, credentials, SignOptions.DEFAULT). |
void |
BceV1Signer.sign(InternalRequest request,
BceCredentials credentials,
SignOptions options)
Sign the given request with the given set of credentials. |
void |
Signer.sign(InternalRequest request,
BceCredentials credentials,
SignOptions options)
Sign the given request with the given set of credentials. |
| Uses of BceCredentials in com.baidubce.internal |
|---|
| Methods in com.baidubce.internal that return BceCredentials | |
|---|---|
BceCredentials |
InternalRequest.getCredentials()
|
| Methods in com.baidubce.internal with parameters of type BceCredentials | |
|---|---|
void |
InternalRequest.setCredentials(BceCredentials credentials)
|
| Uses of BceCredentials in com.baidubce.model |
|---|
| Methods in com.baidubce.model that return BceCredentials | |
|---|---|
BceCredentials |
AbstractBceRequest.getRequestCredentials()
Returns the optional credentials to use to sign this request, overriding the default credentials set at the client level. |
| Methods in com.baidubce.model with parameters of type BceCredentials | |
|---|---|
void |
AbstractBceRequest.setRequestCredentials(BceCredentials credentials)
Sets the optional credentials to use for this request, overriding the default credentials set at the client level. |
abstract AbstractBceRequest |
AbstractBceRequest.withRequestCredentials(BceCredentials credentials)
|
GenericAccountRequest |
GenericAccountRequest.withRequestCredentials(BceCredentials credentials)
|
| Uses of BceCredentials in com.baidubce.services.bos |
|---|
| Methods in com.baidubce.services.bos with parameters of type BceCredentials | |
|---|---|
BosClientConfiguration |
BosClientConfiguration.withCredentials(BceCredentials credentials)
|
| Uses of BceCredentials in com.baidubce.services.bos.model |
|---|
| Uses of BceCredentials in com.baidubce.services.media.model |
|---|
| Uses of BceCredentials in com.baidubce.services.moladb.model |
|---|
| Uses of BceCredentials in com.baidubce.services.ses |
|---|
| Methods in com.baidubce.services.ses with parameters of type BceCredentials | |
|---|---|
SesClientConfiguration |
SesClientConfiguration.withCredentials(BceCredentials credentials)
|
| Uses of BceCredentials in com.baidubce.services.ses.model |
|---|
| Methods in com.baidubce.services.ses.model that return BceCredentials | |
|---|---|
BceCredentials |
SesRequest.getRequestCredentials()
|
| Methods in com.baidubce.services.ses.model with parameters of type BceCredentials | |
|---|---|
void |
SesRequest.setRequestCredentials(BceCredentials credentials)
|
SesRequest |
SesRequest.withRequestCredentials(BceCredentials credentials)
|
| Uses of BceCredentials in com.baidubce.services.sms |
|---|
| Methods in com.baidubce.services.sms with parameters of type BceCredentials | |
|---|---|
SmsClientConfiguration |
SmsClientConfiguration.withCredentials(BceCredentials credentials)
|
| Uses of BceCredentials in com.baidubce.services.sms.model |
|---|
| Methods in com.baidubce.services.sms.model that return BceCredentials | |
|---|---|
BceCredentials |
SmsRequest.getRequestCredentials()
|
| Methods in com.baidubce.services.sms.model with parameters of type BceCredentials | |
|---|---|
void |
SmsRequest.setRequestCredentials(BceCredentials credentials)
|
SmsRequest |
SmsRequest.withRequestCredentials(BceCredentials credentials)
|
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| PREV NEXT | FRAMES NO FRAMES |


In addition to purchasing content and running applications, Micropay can be used to establish provenance of digital material. For example, the Nyzo white paper was registered at block 17874079.
When the generate transaction button is clicked, the asset at the URL is fetched, and a
transaction is generated for registration.
When the verify registration button is clicked, the asset at the URL is fetched, and the
client is queried to see if the asset has been registered previously on the Nyzo blockchain.


--- layout: post title: 'Dissecting Bugs - How critical is critical? ' date: '2014-05-08T09:28:00+01:00' tags: - technical support - Client Services - client trust - maintenance - response times author: allison tumblr_url: http://blog.seriousfox.co.uk/post/85118588050/dissecting-bugs-how-critical-is-critical ---
One of the biggest issues that can plague a support team is the difference between what you and your client deems a ‘business critical’ bug. As touched on in my last blog post ‘client transparency - when to respond’, what a client may see as business critical may not be your definition.
Probably the most important ways to avoid this sort of confusion is to educate your client (no matter how technical they are) as to how your support team classifies bugs - including the difference between a ‘severe’ bug and a ‘priority’ one.
To ensure our clients are on-board and understand our support hours and response times, we include these (and their definitions) within the support contract. This mitigates risk should you have an unreasonable client - by signing the support contract they are confirming they understand and agree with the terms.
But remember - this is also an agreement your company is making with the client. Do not put times within this section that you do not plan to uphold. It is a two-way contract, and good client services means delivering when you say you will.
Below is our table of response times at Serious Fox - as with all rules there are exceptions. This table does not replace human interactions with your client. It is important to ensure your client understands how to properly define bugs, which means you may need to help them the first few times. While it may be slightly time consuming in the beginning, this will save a lot of hassle later and secure good client relations.
As a client-facing member of the team, communication around bug definitions will be crucial to scheduling their urgency. Occasionally you may find bugs that don’t fit into the chart above. Sometimes bugs that are a priority to the client are not crucial to the operating of the system. By working together with the client to determine the impact of the bug and understanding their reasoning, you can educate them on severity while understanding their priority - then make a scheduling decision you both can be comfortable with.
In summary, ‘Communication’ and ‘Clarity’. By communicating with the client and offering a clear definition of response times before a situation arrises, you create a more controlled and less panicked-driven working relationship. And to be honest, you’ll probably keep more support contracts and clients.
Until next time,
Allison


This rule applies whenever elements containing sub elements .
It is good programming practice to Name elements containing sub-elements using UpperCamel-case and elements containing simple value using lower-case to make the naming convention in the Environment tree
SET Environment.Variables.startVar.xyz='ABC'; SET Environment.Variables.Abc='ABC';
SET Environment.Variables.StartVar.xyz='ABC'; SET Environment.Variables.abc='ABC';


|
|
IFXFileReference.h File ReferenceIFXFileReference interface. More...
|
Classes |
| struct | IFXObjectFilter |
| struct | IFXFileReferenceParams |
| class | IFXFileReference |
Typedefs |
| typedef IFXArray< IFXObjectFilter > | IFXObjectFilters |
| typedef IFXArray< IFXString > | IFXFileURLs |
Enumerations |
| enum | IFXCollisionPolicy {
IFXCOLLISIONPOLICY_REPLACE = 0,
IFXCOLLISIONPOLICY_DISCARD = 1,
IFXCOLLISIONPOLICY_PREPENDALL = 2,
IFXCOLLISIONPOLICY_PREPENDCOLLIDED = 3,
IFXCOLLISIONPOLICY_POSTMANGLE = 4
} |
| enum | IFXObjectFilterType { IFXOBJECTFILTER_NAME = 0,
IFXOBJECTFILTER_TYPE = 1
} |
Functions |
| | IFXDEFINE_GUID (IID_IFXFileReference, 0x8c03cf6e, 0xfcdd, 0x4a5e, 0x83, 0x71, 0xab, 0x98, 0x4f, 0xd, 0xf5, 0x1d) |
Detailed Description
IFXFileReference interface.
Typedef Documentation
Enumeration Type Documentation
|
|
- Enumerator:
-
| IFXCOLLISIONPOLICY_REPLACE |
Replace existing object with the new object from external file.
- Note:
- This is not a reset because some existing items might not clash or overlap at all.
|
| IFXCOLLISIONPOLICY_DISCARD |
Discard the new object from external file. |
| IFXCOLLISIONPOLICY_PREPENDALL |
Prepend scope name to object name for all objects from the external file.
- Note:
- The new name with prepended scope name may still collide with an existing object. In this situation, the new object from external file will replace that existing object.
|
| IFXCOLLISIONPOLICY_PREPENDCOLLIDED |
Prepend scope name to new obkect name if there is a collision.
- Note:
- The new name with prepended scope name may still collide with an existing object. In this situation, the new object from external file will replace that existing object.
|
| IFXCOLLISIONPOLICY_POSTMANGLE |
Append instance number to new object name if there is a collision.
- Note:
- Instance number will be unique.
|
|
|
|
- Enumerator:
-
| IFXOBJECTFILTER_NAME |
|
| IFXOBJECTFILTER_TYPE |
|
|
Function Documentation
| IFXDEFINE_GUID |
( |
IID_IFXFileReference |
, |
|
|
0x8c03cf6e |
, |
|
|
0xfcdd |
, |
|
|
0x4a5e |
, |
|
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0x83 |
, |
|
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0x71 |
, |
|
|
0xab |
, |
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0x98 |
, |
|
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0x4f |
, |
|
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0xd |
, |
|
|
0xf5 |
, |
|
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0x1d |
|
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) |
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© 1999 - 2006 Intel Corporation. All rights reserved.
* Other names and brands may be claimed as the property of others.
|
|


Pattern Recognition Toolbox for MATLAB
A free and permissively licensed object oriented approach to machine learning in MATLAB.
Machine learning and pattern recognition are eveywhere. MATLAB is a high level interpretted language widely used throughout academia and engineering due to its ease of use and numerous available toolboxes. Currently available toolboxes for pattern recognition and machine learning in MATLAB are either costly or restrictively licensed. The PRT is a MIT licensed toolbox that provides access to a wide range of pattern recognition techniques in an easy to use unified framework. The PRT provides a suite of MATLAB commands and data-types to help you organize, visualize, process, cluster and classify your data. If you have data and need to make predictions based on your data, the PRT can help.
Documentation is available here: http://www.newfolderconsulting.com/prtdoc/.
Installation guide is here: http://www.newfolderconsulting.com/prtdoc/prtDocInstallation.html.


--- layout: post title: 'My Research for effective communication: The Idea' date: 2012-09-07 04:16:04.000000000 +05:30 type: post published: true status: publish categories: - accessibility - Communication - Experience - Research - Solution tags: - accessibility - Communication - Develop - Developer - Experience - Getting Started - Innovators For Tomorrow - research meta: tagazine-media: a:7:{s:7:"primary";s:0:"";s:6:"images";a:0:{}s:6:"videos";a:0:{}s:11:"image_count";i:0;s:6:"author";s:8:"30788769";s:7:"blog_id";s:8:"31359945";s:9:"mod_stamp";s:19:"2012-09-06 22:57:47";} author: Eklavya Mirani ---
Objective: To develop a system that recognizes the gestures made in front of a camera and transform them into human readable form as images.
Background: Hand as a tool in communication.
Hand gestures are an important part of communication amongst people. Often we find ourselves talking to one another, using our hands to explain our point in a better way.
Imagine the following scenarios:
All these scenarios explain how hands form an essential tool for communication. Hand gestures form an essential part of communication and provide semantic meaning to what the speaker has to say.
How this system would be beneficial to its users?
Using the gesture recognition system, one would have the ability to actually draw in air, and convert the drawing into a human readable image, which can be recorded for later reference, and shared with others.
This system could be a vital to bridge the language barrier amongst people of different ethnicities that don’t share a common language.
This system could also be used for making notes and reminders quickly while reducing the use of papers, and keeping them organized.
It will also pave the path for making digital communication simpler, and user friendly, and easier to adapt by people that are accustomed to the conventional form of written communication.


Backup center instructions
- On an offline machine connect the microSD card that holds your wallet backup.
- Click the "Choose file" button below and select the wallet backup file from you microSD card.
- Import the generated BIP-39 seed phrase into a wallet application, such as Electrum.
- Move your coins to a newly generated wallet, as the original wallet generated by BitBox could now be compromised as you imported it on your normal computer.


Unfortunately, something has come up and Stan will not be able to meet Friday from 3:00-5:00. He would like to me the morning of October 5 from 8:30-12:00 in EB 5029? Please let me know as soon as possible if this will work.
The attendees from EEOS to the review with Stan, on Friday, Oct. 5th from 3:00 - 5:00p.m, are:
Brian Stanley, Keith Dodson, Blake Walker, and myself.
The meeting is to be held at EB5029.
Erin x67916
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


| DOSE: |
0.6667 tablets |
insufflated |
MDMA |
(powder / crystals) |
| |
0.3333 tablets |
insufflated |
MDMA |
(powder / crystals) |
| |
1.0 g |
smoked |
Cannabis |
(plant material) |
The night started as all nights do, cell phone tag with party people... Somewhere along the line a conversation about a song called 'audio xtc' was misconstrued and led to me railing 1/3 of my stuff (about 2 pill worth in powder) in preparation for clubbing, plans for which quickly fell apart. I was left alone, with my nostrils caked with drugs and nowhere to go.
Needing an escape from my house I called up my buddy T. T and I are a pyschonautic team. We have each others back, even in the darkest nether regions of our own minds. T rings my door bell minutes after I hang up the phone and we are off to do what all responsible adults do, use drugs and drive around the city in search of copious amounts of cheap food. Somewhere along the drive we decide that the best idea is to hit some more candy off the dashboard in the middle of an upscale community and then smoke a bowl with the intention of getting to a place that rents videos.
We pull into one of our classic smoking spots and spark up a sizable bowl on the bleachers. A car pulls into the parking lot. That thing about this parking lot is that there is only entrance/exit and the only reason anyone would be in there past 7:00pm is to do something sketchy. The car slowly pulls up behind our car and stops. In my paranoid state I peek through the gaps in the wood to see a white GMC undercover patrol car checking out our license plate.  We figure that the cops can’t do anything about a parked car so we loop back around on the sidewalk to go pick up our machine.
The pavement is beginning to feel abit like pillows or maybe I am just really in touch with the soles of my shoes, what ever it is, it makes me feel better about the world as a whole and I keep on trekking towards victory. We reach the car no problem and I conference with T about our driving ability. I am very much effected and I know that if I was gunna fly this car I wouldn’t fly in straight lines. T was confident about his driving ability so we head off down the road.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
It started to lightly rain but there are no clouds in the sky. The sun is happy and people walking down the street are happy to see us drive by. We loose track of our original objective and the sun begins to fade. We make our way to the best road in town, which we casually refer to as “light highway” because of the majestic view of the city it offers. As we move along the full effects start to kick in. I look at the plants and they sparkle with water droplets. I look at the fence and the reflection of a green light is the most wonderful thing I had ever seen. All the colors and shapes make my heart glow and I take a deep breath of crisp air to remind myself of my lungs and my awesome ability to breath. Giant lamps catch our eyes on the way to light highway. The lights are from a huge park that is right by the river. We both get an undeniable urge to go down there and check it out.
Slowly driving through the cast iron gates of the park I feel like I’ve entered utopia. There is a pond with bird, big and small, swimming and eating. The birds are not afraid of the car and we are not afraid of the birds. We drift by on our way around the giant circular road that loops through the park. T parks the car in the designated parking area and we get out. I open the door and see the red dirt on the ground and it is cleaner then ever before.  I look straight ahead at the foliage and the rain. The colors assault my brain like never before. The green plant life is shining and each leaf is clearly visible, even from a great distance. There is more vibrant life in this park then I have seen collectively in the world to date. It is the most wonderful thing I had ever seen.
We venture around the park and go down by the river to smoke abit more. We open the bag and the sweet aroma of cannabis washes over my face. I can hear the river churning beside us but I can’t take my eyes off the molten embers in the bowl as T inhales. I take my hits and we sit by the river and watch the endless slideshow of flowing waves. I feel extremely happy and comforted. T expresses to me that he isn’t feeling as sexually attracted to the river as I am and that the E hasn’t fully hit him yet. This boggles my mind for a second but doesn’t phase my overwhelming joy.
We are greeted by another set of head lights. The twin lights bobble along the path slowly as if to show that there is no threat. We are deceived! It is the police appearing once again to ruin our mood. T and I crouch by the river bank until the police pass by and continue the loop. We wait a few moments before embarking back to the car. The police are out of view so we walk back to the car.
The vibrant life catches my eye again and I run to a tree. Standing at the thick trunk I peer up into the never ending branches. I climb up a few feet and snatch a single leaf. Droplets of water fall from the leaf and I watch them plummet to the ground like falling disco balls. I hang on to the tree as tightly as I can and I feel the warmth of the tree embracing me back. This is the most wonderful thing I had ever felt.  A sense of urgency to feel every tree comes over me and I run the nearest plant. I snatch a leaf and stow it in my front jacket pocket. Bolting to other trees I gain a specimen from them as well.
I make my way at full sprint to a fir tree on my path to the car. The branch is too thick to tear cleanly so I pull out my pocket knife and cut off a twig and put it in my pocket. T laughs at my insanity and gets into the car. It is time to leave. We leave the park and drive with enthusiasm towards the outskirts of the city. T is starting to be effected so the most sensible thing to do it to get as far away from all people as humanely possible using all tools at hand. We cruise through intersections at breakneck speed and the green lights change to yellow as if to stop all unwanted vehicles from following us. We enter the country and I begin to loose all rational though.
The trees look ominous but I want to play board games with them and go looking for deer. We come to the fork in the road where we can choose a short or long way back to home. We choose the long way and fail at making a left hand turn causing us to veer all over the road. We see on coming headlights and try to keep it together. The world outside the car has become two dimensional and I feel like I’m watching a humongous flat panel TV. The advancing car is shrouded behind a hill and the strain of light is relieved from my eyes.
Suddenly the car crests the hill. The high beams release a full spectrum of color that initiate simultaneous orgasmic gasps from both T and I. and the moment seems to have a lasting effect on my mood. I lean into the plush cloth of the passenger seats and close my eyes. Slowly four multidimensional prisms of color form in my mind and begin to rotate on an unimaginable axis. The prisms interact with each other and move in and out of my physical mind and body. Each prism displays its own personality and relationship with tits peers. Some don’t get along but are eventually brought into the rotational dance by the others.
The environment is brought to equilibrium and I am comforted by this. I open my eyes and tell T about my experience. We laugh about my insanity and continue onward. T drops me off and walks with me to my back door. After laughing about the night I go inside and get ready for bed. Laying in bed visions of sugarplum multidimensional egocentric prisms danced in my head and all was alright. It was the most wonderful experience I had ever had.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% extends 'base.html' %} {% block extend_title %}Change PWD |{% endblock %} {% block content %}
The password reset link was invalid, possibly because it has already been used. Please request a new password reset.


| GTK+ 2.0 Tutorial using Ocaml | ||
|---|---|---|
| <<< Previous | The Button Widget | Next >>> |
Radio buttons are similar to check buttons except they are grouped so that only one may be selected/depressed at a time. This is good for places in your application where you need to select from a short list of options.
Creating a new radio button is done with one of these calls; see GButton.radio_button:
val GButton.radio_button : ?group:Gtk.radio_button Gtk.group -> ?label:string -> ?use_mnemonic:bool -> ?stock:GtkStock.id -> ?relief:Gtk.Tags.relief_style -> ?active:bool -> ?draw_indicator:bool -> ?packing:(GObj.widget -> unit) -> ?show:bool -> unit -> radio_button |
You'll notice the extra argument to these calls. They require a group to perform their duty properly. The first call to radio_button should not pass the ~group argument. Then create a group using:
method group : Gtk.radio_button Gtk.group |
The important thing to remember is that group method must be called for each new button added to the group. The result is then passed into the next call to radio_button. This allows a chain of buttons to be established. The example below should make this clear.
You can shorten this slightly by using the following syntax, which removes the need for a variable to hold the list of buttons:
let button2 = GButton.radio_button ~label:"button2" ~group:button1#group () in |
It is also a good idea to explicitly set which button should be the default depressed button with:
method set_active : bool -> unit |
This is described in the section on toggle buttons, and works in exactly the same way. Once the radio buttons are grouped together, only one of the group may be active at a time. If the user clicks on one radio button, and then on another, the first radio button will first emit a "toggled" signal (to report becoming inactive), and then the second will emit its "toggled" signal (to report becoming active).
The following example creates a radio button group with three buttons.
(* file: radiobutton.ml *) open GMain let main () = let window = GWindow.window ~title:"radio buttons" ~border_width:0 () in window#connect#destroy ~callback:Main.quit; let box1 = GPack.vbox ~packing:window#add () in let box2 = GPack.vbox ~spacing:10 ~border_width:10 ~packing:box1#add () in let button1 = GButton.radio_button ~label:"button1" ~packing:box2#add () in let button2 = GButton.radio_button ~group:button1#group ~label:"button2" ~active:true ~packing:box2#add () in let button3 = GButton.radio_button ~group:button1#group ~label:"button3" ~packing:box2#add () in let separator = GMisc.separator `HORIZONTAL ~packing: box1#pack () in let box3 = GPack.vbox ~spacing:10 ~border_width:10 ~packing:box1#pack () in let button = GButton.button ~label:"close" ~packing:box3#add () in button#connect#clicked ~callback:Main.quit; button#grab_default (); window#show (); Main.main () let _ = main () |
| <<< Previous | Home | Next >>> |
| Check Buttons | Up | Adjustments |


|
CotC C# SDK for Unity
v<IP_ADDRESS>
Making social games is easy !
|
Important object from the SDK, allowing to perform many operations that depend on a currently logged in user.
This object is almost stateless. You may drop it without worrying about background processes that may still run. User related events are handled by a corresponding instance of DomainEventLoop, which should be started as soon as the user is logged in.
Properties | |
| List< string > | Domains [get] |
| string | GamerId [get] |
| Gamer credential. Use it to gain access to user related tasks. More... | |
| string | GamerSecret [get] |
| Gamer credential (secret). Same purpose as GamerId, and you will need those in pair. More... | |
| LoginNetwork | Network [get] |
| string | NetworkId [get] |
| DateTime | RegisterTime [get] |
| GamerAccountMethods?? | Account [get] |
| Provides account related functions for the current gamer. More... | |
| GamerAchievements?? | Achievements [get] |
| Provides an API to manipulate achievements. More... | |
| GamerBatches?? | Batches [get] |
| Provides an API to run batches. More... | |
| GamerCommunity?? | Community [get] |
| Provides an API to interact with friends on CotC. More... | |
| GamerKvStore?? | KvStore [get] |
| Returns an object that allows to manipulate the key/value store (with ACL rights) system. More... | |
| GamerVfs?? | GamerVfs [get] |
| Returns an object that allows to manipulate the key/value system associated with this user. More... | |
| GamerGodfather?? | Godfather [get] |
| Exposes functionality related to the godfathers. More... | |
| GamerMatches?? | Matches [get] |
| Provides an API to manipulate matches (mainly start them, since working with existing matches is provided by the Match class). More... | |
| GamerProfileMethods?? | Profile [get] |
| Allows to manipulate information related to the gamer profile. More... | |
| GamerProperties?? | Properties [get] |
| Allows to manipulate the properties of the current gamer. More... | |
| GamerScores?? | Scores [get] |
| Provides an API able to handle functionality related to the leaderboards and scores. More... | |
| GamerStore?? | Store [get] |
| Allows to list, buy products and so on. This functionality is low level and you should use the appropriate external plugin to help with the purchase process. More... | |
| GamerTransactions?? | Transactions [get] |
| Allows to manipulate the transactions and related achievements of an user. More... | |
| Properties inherited from CotcSdk.PropertiesObject | |
| Bundle | this[string key] [get] |
| Allows to query additional properties via an indexer (can be enriched via hooks). More... | |
Public Member Functions | |
| DomainEventLoop | StartEventLoop (string domain=Common.PrivateDomain) |
| Starts a DomainEventLoop in order to catch events related to this logged in gamer. More... | |
| Public Member Functions inherited from CotcSdk.PropertiesObject | |
| Bundle | AsBundle () |
| Gets the underlying Bundle. Dangerous, only use internally, when you want to put the contents of a properties object into an existing bundle. More... | |
| Dictionary< string, Bundle >.KeyCollection | Keys () |
| Allows to browse all keys (might include some that are already exposed as typed properties in the object). More... | |
| Dictionary< string, Bundle >.Enumerator | GetEnumerator () |
| Allows to browse all keys (might include some that are already exposed as typed properties in the object). More... | |
| override string | ToString () |
| You may use this to debug what is inside this property object. More... | |
| string | ToJson () |
| Builds a JSON representation of this object, same as ToString actually. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from CotcSdk.PropertiesObject | |
| PropertiesObject (Bundle baseData) | |
| Protected Attributes inherited from CotcSdk.PropertiesObject | |
| Bundle | Props |
|
get |
Provides account related functions for the current gamer.
|
get |
Provides an API to manipulate achievements.
|
get |
Provides an API to run batches.
|
get |
Provides an API to interact with friends on CotC.
|
get |
Gamer credential. Use it to gain access to user related tasks.
|
get |
Gamer credential (secret). Same purpose as GamerId, and you will need those in pair.
|
get |
Returns an object that allows to manipulate the key/value system associated with this user.
|
get |
Exposes functionality related to the godfathers.
|
get |
Returns an object that allows to manipulate the key/value store (with ACL rights) system.
|
get |
Provides an API to manipulate matches (mainly start them, since working with existing matches is provided by the Match class).
|
get |
Allows to manipulate information related to the gamer profile.
|
get |
Allows to manipulate the properties of the current gamer.
|
get |
Provides an API able to handle functionality related to the leaderboards and scores.
|
get |
Allows to list, buy products and so on. This functionality is low level and you should use the appropriate external plugin to help with the purchase process.
|
get |
Allows to manipulate the transactions and related achievements of an user.
| DomainEventLoop CotcSdk.Gamer.StartEventLoop | ( | string | domain = Common.PrivateDomain | ) |
Starts a DomainEventLoop in order to catch events related to this logged in gamer.
The loop will be running forever unless an error happens with this gamer (meaning that the gamer is not valid anymore, which can happen if he's not logged in). When stopping or pausing the application, you should call the corresponding methods on the loop to stop or pause it. The system will pause the loop automatically upon application pause and resume it as needed, which is done through the CotcGameObject as placed on your scene.
| domain | Domain to listen on. The private domain is used to receive system notifications as well as messages sent by other players. Unless cross-game functionality is used, you should start one loop on the private domain as soon as the gamer is signed in. |


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In puppet land there are a lot of different phrases and keywords that float around: “atomic modules”, “Roles and Profiles”, “wrapper modules”.
This post disects these terms and others, and proposes a new type of site-specific, not-quite-a-wrapper module and not-quite-an-atomic module called the “Proxy Module”.
It’s about solutions
We have a number of custom apt stores in our infrastrcture. In order to provision both our apt repos and our apt clients to our custom PPA’s and Sources, we wrote a profile called apt_client_config and apt_repo.pp. These profiles lived in the profiles module, naturally. However, since they were called from profiles, we had several instances where another module being called from that profile also depended on apt. In which case, we would run into duplicate dependencies, looped graphs, and all the other expected outcomes of using a module whose bits and pieces are needed by many other modules, at such a high level of abstraction.
The solution was to create a proxy module. This module would wrap up just the pieces of apt that needed to be instanciated at the profile level. So, instead of running apt-based profiles in run stages at the profile level, we would run our proxy module to apt that ran just the defines we needed. These defines would be fed data from hiera via create_resources(). In this way, the proxy module differs from an atommic one - it’s still wrapping up another module, but since it’s so site-specific, we omit the params.pp. We don’t want this module to “work out of the box”, we want it to fail if it doesn’t get our site-specific from hiera.
The implementation
The init.pp for our apt proxy module, named cs_apt (since we’re Connect Solutions):
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 |
|
Then in our profiles, to configure an apt source, we simply


# -*- coding: utf-8 -*-
# This code is part of Qiskit.
#
# (C) Copyright IBM 2017, 2019.
#
# This code is licensed under the Apache License, Version 2.0. You may
# obtain a copy of this license in the LICENSE.txt file in the root directory
# of this source tree or at http://www.apache.org/licenses/LICENSE-2.0.
#
# Any modifications or derivative works of this code must retain this
# copyright notice, and modified files need to carry a notice indicating
# that they have been altered from the originals.
"""
DensityMatrix quantum state class.
"""
from numbers import Number
import numpy as np
from qiskit.circuit.quantumcircuit import QuantumCircuit
from qiskit.circuit.instruction import Instruction
from qiskit.exceptions import QiskitError
from qiskit.quantum_info.states.quantum_state import QuantumState
from qiskit.quantum_info.operators.operator import Operator
from qiskit.quantum_info.operators.predicates import is_hermitian_matrix
from qiskit.quantum_info.operators.predicates import is_positive_semidefinite_matrix
from qiskit.quantum_info.operators.channel.quantum_channel import QuantumChannel
from qiskit.quantum_info.operators.channel.superop import SuperOp
from qiskit.quantum_info.states.statevector import Statevector
[Doku]class DensityMatrix(QuantumState):
"""DensityMatrix class"""
def __init__(self, data, dims=None):
"""Initialize a state object."""
if isinstance(data, Statevector):
# We convert a statevector into a density matrix by taking the projector
state_vec = data.data
mat = np.outer(state_vec, np.conjugate(state_vec))
if dims is None:
dims = data.dims()
elif hasattr(data, 'to_operator'):
# If the data object has a 'to_operator' attribute this is given
# higher preference than the 'to_matrix' method for initializing
# an Operator object.
data = data.to_operator()
mat = data.data
if dims is None:
dims = data.output_dims()
elif hasattr(data, 'to_matrix'):
# If no 'to_operator' attribute exists we next look for a
# 'to_matrix' attribute to a matrix that will be cast into
# a complex numpy matrix.
mat = np.array(data.to_matrix(), dtype=complex)
elif isinstance(data, (list, np.ndarray)):
# Finally we check if the input is a raw matrix in either a
# python list or numpy array format.
mat = np.array(data, dtype=complex)
else:
raise QiskitError("Invalid input data format for DensityMatrix")
# Convert statevector into a density matrix
if mat.ndim == 2 and mat.shape[1] == 1:
mat = np.reshape(mat, mat.shape[0])
if mat.ndim == 1:
mat = np.outer(mat, np.conj(mat))
# Determine input and output dimensions
if mat.ndim != 2 or mat.shape[0] != mat.shape[1]:
raise QiskitError(
"Invalid DensityMatrix input: not a square matrix.")
subsystem_dims = self._automatic_dims(dims, mat.shape[0])
super().__init__('DensityMatrix', mat, subsystem_dims)
[Doku] def is_valid(self, atol=None, rtol=None):
"""Return True if trace 1 and positive semidefinite."""
if atol is None:
atol = self._atol
if rtol is None:
rtol = self._rtol
# Check trace == 1
if not np.allclose(self.trace(), 1, rtol=rtol, atol=atol):
return False
# Check Hermitian
if not is_hermitian_matrix(self.data, rtol=rtol, atol=atol):
return False
# Check positive semidefinite
return is_positive_semidefinite_matrix(self.data, rtol=rtol, atol=atol)
[Doku] def to_operator(self):
"""Convert to Operator"""
dims = self.dims()
return Operator(self.data, input_dims=dims, output_dims=dims)
[Doku] def conjugate(self):
"""Return the conjugate of the density matrix."""
return DensityMatrix(np.conj(self.data), dims=self.dims())
[Doku] def trace(self):
"""Return the trace of the density matrix."""
return np.trace(self.data)
[Doku] def purity(self):
"""Return the purity of the quantum state."""
# For a valid statevector the purity is always 1, however if we simply
# have an arbitrary vector (not correctly normalized) then the
# purity is equivalent to the trace squared:
# P(|psi>) = Tr[|psi><psi|psi><psi|] = |<psi|psi>|^2
return np.trace(np.dot(self.data, self.data))
[Doku] def tensor(self, other):
"""Return the tensor product state self ⊗ other.
Args:
other (DensityMatrix): a quantum state object.
Returns:
DensityMatrix: the tensor product operator self ⊗ other.
Raises:
QiskitError: if other is not a quantum state.
"""
if not isinstance(other, DensityMatrix):
other = DensityMatrix(other)
dims = other.dims() + self.dims()
data = np.kron(self._data, other._data)
return DensityMatrix(data, dims)
[Doku] def expand(self, other):
"""Return the tensor product state other ⊗ self.
Args:
other (DensityMatrix): a quantum state object.
Returns:
DensityMatrix: the tensor product state other ⊗ self.
Raises:
QiskitError: if other is not a quantum state.
"""
if not isinstance(other, DensityMatrix):
other = DensityMatrix(other)
dims = self.dims() + other.dims()
data = np.kron(other._data, self._data)
return DensityMatrix(data, dims)
[Doku] def add(self, other):
"""Return the linear combination self + other.
Args:
other (DensityMatrix): a quantum state object.
Returns:
DensityMatrix: the linear combination self + other.
Raises:
QiskitError: if other is not a quantum state, or has
incompatible dimensions.
"""
if not isinstance(other, DensityMatrix):
other = DensityMatrix(other)
if self.dim != other.dim:
raise QiskitError("other DensityMatrix has different dimensions.")
return DensityMatrix(self.data + other.data, self.dims())
[Doku] def subtract(self, other):
"""Return the linear operator self - other.
Args:
other (DensityMatrix): a quantum state object.
Returns:
DensityMatrix: the linear combination self - other.
Raises:
QiskitError: if other is not a quantum state, or has
incompatible dimensions.
"""
if not isinstance(other, DensityMatrix):
other = DensityMatrix(other)
if self.dim != other.dim:
raise QiskitError("other DensityMatrix has different dimensions.")
return DensityMatrix(self.data - other.data, self.dims())
[Doku] def multiply(self, other):
"""Return the linear operator self * other.
Args:
other (complex): a complex number.
Returns:
DensityMatrix: the linear combination other * self.
Raises:
QiskitError: if other is not a valid complex number.
"""
if not isinstance(other, Number):
raise QiskitError("other is not a number")
return DensityMatrix(other * self.data, self.dims())
[Doku] def evolve(self, other, qargs=None):
"""Evolve a quantum state by an operator.
Args:
other (Operator or QuantumChannel
or Instruction or Circuit): The operator to evolve by.
qargs (list): a list of QuantumState subsystem positions to apply
the operator on.
Returns:
QuantumState: the output quantum state.
Raises:
QiskitError: if the operator dimension does not match the
specified QuantumState subsystem dimensions.
"""
# Evolution by a circuit or instruction
if isinstance(other, (QuantumCircuit, Instruction)):
return self._evolve_instruction(other, qargs=qargs)
# Evolution by a QuantumChannel
if hasattr(other, 'to_quantumchannel'):
other = other.to_quantumchannel()
if isinstance(other, QuantumChannel):
return other._evolve(self, qargs=qargs)
# Unitary evolution by an Operator
return self._evolve_operator(other, qargs=qargs)
[Doku] @classmethod
def from_label(cls, label):
"""Return a tensor product of Pauli X,Y,Z eigenstates.
Args:
label (string): a eigenstate string ket label 0,1,+,-,r,l.
Returns:
Statevector: The N-qubit basis state density matrix.
Raises:
QiskitError: if the label contains invalid characters, or the length
of the label is larger than an explicitly specified num_qubits.
Additional Information:
The labels correspond to the single-qubit states:
'0': [[1, 0], [0, 0]]
'1': [[0, 0], [0, 1]]
'+': [[0.5, 0.5], [0.5 , 0.5]]
'-': [[0.5, -0.5], [-0.5 , 0.5]]
'r': [[0.5, -0.5j], [0.5j , 0.5]]
'l': [[0.5, 0.5j], [-0.5j , 0.5]]
"""
return DensityMatrix(Statevector.from_label(label))
[Doku] @classmethod
def from_instruction(cls, instruction):
"""Return the output density matrix of an instruction.
The statevector is initialized in the state |0,...,0> of the same
number of qubits as the input instruction or circuit, evolved
by the input instruction, and the output statevector returned.
Args:
instruction (Instruction or QuantumCircuit): instruction or circuit
Returns:
DensityMatrix: the final density matrix.
Raises:
QiskitError: if the instruction contains invalid instructions for
density matrix simulation.
"""
# Convert circuit to an instruction
if isinstance(instruction, QuantumCircuit):
instruction = instruction.to_instruction()
# Initialize an the statevector in the all |0> state
n_qubits = instruction.num_qubits
init = np.zeros((2**n_qubits, 2**n_qubits), dtype=complex)
init[0, 0] = 1
vec = DensityMatrix(init, dims=n_qubits * [2])
vec._append_instruction(instruction)
return vec
@property
def _shape(self):
"""Return the tensor shape of the matrix operator"""
return 2 * tuple(reversed(self.dims()))
def _evolve_operator(self, other, qargs=None):
"""Evolve density matrix by an operator"""
if not isinstance(other, Operator):
other = Operator(other)
if qargs is None:
# Evolution on full matrix
if self._dim != other._input_dim:
raise QiskitError(
"Operator input dimension is not equal to density matrix dimension."
)
mat = np.dot(other.data, self.data).dot(other.adjoint().data)
return DensityMatrix(mat, dims=other.output_dims())
# Otherwise we are applying an operator only to subsystems
# Check dimensions of subsystems match the operator
if self.dims(qargs) != other.input_dims():
raise QiskitError(
"Operator input dimensions are not equal to statevector subsystem dimensions."
)
# Reshape statevector and operator
tensor = np.reshape(self.data, self._shape)
# Construct list of tensor indices of statevector to be contracted
num_indices = len(self.dims())
indices = [num_indices - 1 - qubit for qubit in qargs]
# Left multiple by mat
mat = np.reshape(other.data, other._shape)
tensor = Operator._einsum_matmul(tensor, mat, indices)
# Right multiply by mat ** dagger
adj = other.adjoint()
mat_adj = np.reshape(adj.data, adj._shape)
tensor = Operator._einsum_matmul(tensor, mat_adj, indices, num_indices,
True)
# Replace evolved dimensions
new_dims = list(self.dims())
for i, qubit in enumerate(qargs):
new_dims[qubit] = other._output_dims[i]
new_dim = np.product(new_dims)
return DensityMatrix(np.reshape(tensor, (new_dim, new_dim)),
dims=new_dims)
@property
def _shape(self):
"""Return the tensor shape of the matrix operator"""
return 2 * tuple(reversed(self.dims()))
def _append_instruction(self, other, qargs=None):
"""Update the current Statevector by applying an instruction."""
# Try evolving by a matrix operator (unitary-like evolution)
mat = Operator._instruction_to_matrix(other)
if mat is not None:
self._data = self._evolve_operator(Operator(mat), qargs=qargs).data
return
# Otherwise try evolving by a Superoperator
chan = SuperOp._instruction_to_superop(other)
if chan is not None:
# Evolve current state by the superoperator
self._data = chan._evolve(self, qargs=qargs).data
return
# If the instruction doesn't have a matrix defined we use its
# circuit decomposition definition if it exists, otherwise we
# cannot compose this gate and raise an error.
if other.definition is None:
raise QiskitError('Cannot apply Instruction: {}'.format(
other.name))
for instr, qregs, cregs in other.definition:
if cregs:
raise QiskitError(
'Cannot apply instruction with classical registers: {}'.
format(instr.name))
# Get the integer position of the flat register
if qargs is None:
new_qargs = [tup.index for tup in qregs]
else:
new_qargs = [qargs[tup.index] for tup in qregs]
self._append_instruction(instr, qargs=new_qargs)
def _evolve_instruction(self, obj, qargs=None):
"""Return a new statevector by applying an instruction."""
if isinstance(obj, QuantumCircuit):
obj = obj.to_instruction()
vec = DensityMatrix(self.data, dims=self.dims())
vec._append_instruction(obj, qargs=qargs)
return vec


Free Code Camp vs. Other camps
An opportunity cost analysis of expenses & income of various options to learn to code
Step 1: Choose your City
New York City
San Fransisco
Austin
Los Angeles
Chicago
Other
Step 2: Enter last Year's Income
Last Years Income in $$:
Step 3: Calculate
Calculate
Checking Data Output:


Little Girl Came Home With a Jacket That Wasn't Hers, and the Web of Lies That Followed Is Extraordinary
by Kate SchweitzerA little girl named Mila came home from school in an unfamiliar jacket, and when her parents noticed it, well, she had receipts. OK, not literal receipts, because we're pretty certain she stole that Nike coverup from some unsuspecting classmate of hers, but she sure as heck had answers.
In an adorable video posted to Twitter, the adorable little jacket thief is prepared for the interrogation session led by her dad:
Dad: Where did you buy it from?
Mila: From the jacket store.
Dad: And how much did you pay for it?
Mila: Five.
Dad: Five what?
Mila: Five monies.
The questioning continues, but Mila remains firm in her ownership of the pink and gray Nike jacket that may or may not be too small.
The little girl's mom, who posted the video, followed up with a poll asking where people believe the jacket came from. Judging by the results, and the hilarious responses, it's clear that the internet has firmly taken the side of Mila.


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import models.User @import models.viewModels.OpenPaymentsViewModel @import views.html.templates.formatters.breadcrumbs._ @import play.twirl.api.HtmlFormat @import views.html.partials.covid.CovidMessage @import views.html.templates.payments.WhatYouOweChargeRow @this(mainTemplate: MainTemplate, navigationBreadcrumb: NavigationBreadcrumb, covidMessage: CovidMessage, whatYouOweChargeRow: WhatYouOweChargeRow) @(user: User, model: OpenPaymentsViewModel, serviceInfoContent: Html = HtmlFormat.empty)(implicit request: Request[_], messages: Messages, appConfig: config.AppConfig) @mainTemplate( title = messages("openPayments.title"), appConfig = appConfig, serviceInfoContent = serviceInfoContent, user = Some(user)) { @navigationBreadcrumb( links = Map( appConfig.btaHomeUrl -> messages("breadcrumbs.bta"), controllers.routes.VatDetailsController.details().url -> messages("vatDetails.title")), currentPage = messages("openPayments.title") )
@messages("openPayments.processingTime")
@messages("openPayments.incorrect") @messages("openPayments.correctErrors").
@messages("payment.afterSubmitted") @Messages("payment.stillMake") @messages("payment.stillMakeLink") @messages("payment.evenIfNotShown").


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Telecom¶
A prototype package for CTI (Command Telegram Interface).
telecom.command
¶
Implementation of command related abstract classes and functions.
A command is a message of the form /commandName
issued to the bot over
telegram. In Python, it is represented by a subclass of
telecom.command.Command
that implements
telecom.command.Command.main()
.
See telecom.Command
for more documentation, and
cmd_hi.Hi
for an example.
-
class
telecom.command.
Command
[source]¶ Bases:
object
This class represent an abstract command that can be issued over telegram.
Simply derive this class and implement
telecom.command.Command.main()
. A help message can be stored in class static membertelecom.command.Command.__HELP__()
.-
COMMANDS
= {}¶ Dictionary that maps a command name to the corresponding class.
-
GLOBAL_HOOKS
= {}¶ A global dict containing all hooks.
-
class
HookType
[source]¶ Bases:
enum.IntEnum
Hook types.
A hook is a function called at certain points of the execution of a command. They are added using
telecom.command.add_command_hook()
. There can be multiple functions per hook.- The currently supported hook types are:
ON_CALLED_FOR_THE_FIRST_TIME
: when the command instance is called for the first time;ON_CALLED_NOT_FOR_THE_FIRST_TIME
: when the command instance iscalled but not for the first time;
ON_CREATED
: when the command instance is created;ON_FINISHED
: when the command instance finishes executionnormally;
ON_NOT_ENOUGH_ARGUMENTS
: when the execution of the command is interrupted because of missing arguments;ON_RAISED_EXCEPTION
: when an exception (other thantelecom.command.NotEnoughArguments
) is raised.
-
PENDING_COMMANDS
= {}¶ Global dict of pending commands.
-
PENDING_COMMANDS_COUNTER
= 0¶ A global counter that is incremented each a new pending command is added to
telecom.command.Command.PENDING_COMMANDS
.
-
__call__
(update: telegram.update.Update, context: telegram.ext.callbackcontext.CallbackContext, **kwargs) → None[source]¶ The command is called through this method by the telegram dispatcher.
Do not reimplement this. It calls hooks and catches
telecom.command.NotEnoughArguments
exceptions.
-
_args_dict
= None¶ Argument dict.
-
_context
= None¶ Telegram callback context.
-
_first_call
= None¶ Wether this is the first time this command instance is called.
-
_message
= None¶ Either the user message that called this command, or the last message the command sent.
-
_pending_idx
= None¶ Key of this command in
telecom.command.Command.PENDING_COMMANDS
, orNone
if the command is not pending.
-
arg
(arg_name: str, selector: telecom.selector.ArgumentSelector, text: str = 'Select an option:') → Any[source]¶ Returns the value of an argument.
If the argument is not available, the selector displays an inline keyboard, and the command instance raises a
telecom.command.NotEnoughArguments
exception instance so as to be stored intelecom.Command.PENDING_COMMANDS
(seetelecom.command.Command.__call__()
) waiting to be called again with the missing argument.
-
call_hooks
(hook_type: telecom.command.Command.HookType)[source]¶ Calls all hooks of a given type.
Hooks are called in the order they have been added using
telecom.command.add_command_hook()
.
-
-
class
telecom.command.
Help
[source]¶ Bases:
telecom.command.Command
Implentation of builtin command /help.
-
class
CommandSelector
[source]¶ Bases:
telecom.selector.ArgumentSelector
Selects a command name among all registered commands.
-
option_list
() → Sequence[Union[str, Tuple[str, str]]][source]¶ Implement this.
This method returns the list of options. An option is either a button label, or a tuple formed by a button label and a button code. The code is returned through the inline query mechanism of telegram if available, otherwise, the label is.
See telegram.inlinequery.
-
-
HELP_DICT
= {}¶ Dictionary that maps a command name to its help text.
-
class
-
exception
telecom.command.
NotEnoughArguments
[source]¶ Bases:
Exception
This exception is raised when a command doesn’t have enough argument.
It is caught by
telecom.command.Command.__call__()
, so in practice, it just interrupts the execution flow.
-
telecom.command.
add_command_hook
(hook_type: telecom.command.Command.HookType, hook: Callable[telecom.command.Command, None]) → None[source]¶ Adds a global command hook.
See
telecom.command.Command.GLOBAL_HOOKS
andtelecom.command.Command.call_hooks()
.
-
telecom.command.
inline_query_handler
(update: telegram.update.Update, context: telegram.ext.callbackcontext.CallbackContext) → None[source]¶ Global inline query handler.
Register it to a telegram dispatcher as such:
updater = Updater(token=token) dispatcher = updater.dispatcher dispatcher.add_handler(CallbackQueryHandler(inline_query_handler))
-
telecom.command.
register_command
(dispatcher: telegram.ext.dispatcher.Dispatcher, command_name: str, command_class: Type[telecom.command.Command], **kwargs) → None[source]¶ Registers a new command.
- Parameters
dispatcher – telegram.ext.Dispatcher Telegram dispatcher.
command_name – str Command name.
command_class – type Class where the command is implemented.
defaults – Dict[str, Any] Defaults arguments to be passed to the instances of that command.
authorized_users – List[int] List of users authorized to call this command; if none provided, all users are authorized
-
telecom.command.
register_help_command
(dispatcher: telegram.ext.dispatcher.Dispatcher) → None[source]¶ Registers builtin help command.
See
telecom.command.Help
.
telecom.selector
¶
Defines selectors.
A selector is a class that derives from
telecom.selector.ArgumentSelector
and that implements
telecom.selector.ArgumentSelector.option_list()
. Abstractly, it
represents an inline keyboard to be showed to the user when an argument (having
this selector) is needed.
See telecom.command.Command.arg()
.
-
class
telecom.selector.
ArgumentSelector
[source]¶ Bases:
object
An abstract argument selector.
-
COLUMN_COUNT
= 2¶ Column count of the telegram inline keyboard.
See implementation of
telecom.selector.ArgumentSelector.option_inline_keyboard()
-
option_inline_keyboard
(callback_prefix: str) → telegram.inline.inlinekeyboardmarkup.InlineKeyboardMarkup[source]¶ Creates a inline keyboard out of the options provided by this selector.
-
option_list
() → Sequence[Union[str, Tuple[str, str]]][source]¶ Implement this.
This method returns the list of options. An option is either a button label, or a tuple formed by a button label and a button code. The code is returned through the inline query mechanism of telegram if available, otherwise, the label is.
See telegram.inlinequery.
-
-
class
telecom.selector.
YesNoSelector
[source]¶ Bases:
telecom.selector.ArgumentSelector
A simple Yes/No selector
-
option_list
() → Sequence[Union[str, Tuple[str, str]]][source]¶ Implement this.
This method returns the list of options. An option is either a button label, or a tuple formed by a button label and a button code. The code is returned through the inline query mechanism of telegram if available, otherwise, the label is.
See telegram.inlinequery.
-


--- layout: default ---
WDAqua (Answering Questions using Web Data) is a Marie Skłodowska-Curie Innovative Training Network (ITN).
Smart infrastructures and citizens’ participation in the digital society are increasingly data-driven. Sharing, connecting, managing, analysing and understanding data on the web will enable better services for citizens, communities and industry. However, turning web data into successful services for the public and private sector requires skilled web and data scientists as well as further research in the field.
WDAqua aims to advance the field of data-driven question answering through a combination of training, research and innovation. Question answering is relevant to a diverse range of end users, and we will demonstrate this in settings including e-commerce, public sector information, publishing and smart cities.


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Class: BarclampProvisioner::Server
- Inherits:
-
Role
- Object
- Role
- BarclampProvisioner::Server
- Defined in:
- rails/app/models/barclamp_provisioner/server.rb
Overview
Copyright 2013, Dell
Licensed under the Apache License, Version 2.0 (the “License”); you may not use this file except in compliance with the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an “AS IS” BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
Constant Summary
- KEY_FILE =
"/etc/crowbar.install.key"
Instance Method Summary (collapse)
-
- (Object) on_proposed(nr)
when proposed, we need to create an entry for crowbar's admin key.
Instance Method Details
- (Object) on_proposed(nr)
when proposed, we need to create an entry for crowbar's admin key
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 |
# File 'rails/app/models/barclamp_provisioner/server.rb', line 21 def on_proposed(nr) # the key should exist, we need to handle deal with cases where it does not key = if File.exist? KEY_FILE File.read(KEY_FILE).chomp.strip elsif Jig.active('test') "testing_no_key_required" else Rails.logger.error "Provisioner Server Role requires the Crowbar Key from '#{KEY_FILE}' but could not find it" raise "Proviser Server Role cannot find #{KEY_FILE}" end # build the JSON data for the node role nr.sysdata = { "crowbar" => { "provisioner" => { "machine_key" => key } } } end |


)
if __name__ == "__main__":
setup(**setup_options)
// Added support for environment markers in install_requires.
if LooseVersion(setuptools.__version__) < "36.2":
raise ImportError("setuptools>=36.2 is required")
class build_ext(build_ext, object):
def finalize_options(self):
// The key point: here, Cython and numpy will have been installed by


Cavaliers coach caught using phone to look up Heat player who had record-setting first half
by Marcelo VillaUnless you’re a fan of the Heat or University of Michigan basketball, you probably don’t know who Duncan Robinson is, and neither do some of the coaches on the Cavaliers apparently.
The 25-year-old forward went off in the first half of Miami’s game against Cleveland on Wednesday night, which was a prediction caught by some of the best online betting sites (see this list), putting on an absolute clinic from 3-point range with eight made triples, the most ever by a Heat player in a half.
During the game, a fan caught what appeared to be a member of the Cavaliers coaching staff attempting to look up Robinson on a phone.
Funny thing is, Cleveland’s head coach, John Beilein, was actually Robinson’s coach at Michigan. Safe to say he of all people should know all about Robinson’s shooting ability, but the rest of the staff must’ve not gotten the memo.
Robinson finished the game with a career-high 29 points on 9-of-15 shooting.


Cygnus X-1 was discovered in 1964, it is the first source widely accepted to be a black hole.


Contributing to the AWS SDK for Ruby
We work hard to provide a high-quality and useful SDK, and we greatly value feedback and contributions from our community. Whether it's a new feature, correction, or additional documentation, we welcome your pull requests. Please submit any issues or pull requests through GitHub.
Generated Code
A large percentage of the SDK is generated from JSON definitions of AWS services. Generated source code contains a header comment block indicating the file has been generated. Bugs in these files result from one of:
Errors in the code generators. These are defined in build_tools. We gladly accept contributions to the generators.
Errors in the service api JSON. These are defined in apis. We consume service definitions from another source. Corrections must be made upstream. Please feel free to open an issue if you feel there is an error in one of the API JSON definitions.
Errors in the service paginators, waiters, or resource JSON definitions. These are also found in apis. We can take contributions directly to these files as pull requests. If you have a question, please feel free to open an issue.
What you should keep in mind
- The SDK is released under the Apache license. Any code you submit will be released under that license. For substantial contributions, we may ask you to sign a Contributor License Agreement (CLA).
- We maintain a high percentage of code coverage in our unit tests. If you make changes to the code, please add, update, and/or remove unit (and integration) tests as appropriate.
- If your code does not include adequate tests, we may ask you to update your pull requests before we accept them. We also reserve the right to deny any pull requests that do not align with our standards or goals.
- If you would like to implement support for a significant feature that is not yet available in the SDK, please talk to us beforehand to avoid any duplication of effort.
What we are looking for
We are open to anything that improves the SDK and doesn't unnecessarily cause backwards-incompatible changes. If you are unsure if your idea is something we would be open to, please ask us; Open an issue or send us an email. Specifically, here are a few things that we would appreciate help on:
- Waiters – Waiter configurations are located in the apis directory.
- Docs – We greatly appreciate contributions to our documentation. The docs are written as code comments and via a pair of YARD plugins.
- Tests – We maintain high code coverage, but if there are any tests you feel are missing, please add them.
- Convenience features – Are there any features you feel would add value to the SDK? Contributions in this area would be greatly appreciated.
- If you have some other ideas, please let us know!
Running the unit tests
The AWS SDK for Ruby is unit tested using RSpec. You can run the unit tests of the SDK after cloning the repo:
bundle install
bundle exec rake test:spec
If you want to run PURE_RUBY
tests, then export PURE_RUBY=1
into your environment. This will skip installing
packages like oj
for instance.
To run integration tests, create a integration-test-config.json
file at the root of this repository. It should
contain a "region"
and credentials. Running rake test when this file is present will enable integration tests.


{% extends 'base.html' %} {% load static %}
{% block content %}Enter any url of a English news article or a file.txt encoded in utf-8, for best results please use a bbc.co.uk or thegaurdian.com url as the webscraper is tailored for those urls.
Please note that .txt files are limited to 10kb as it is intended for single page articles.


geoip.rs is a free geoip service: it provides geographical information about ip addresses.
You can use the online version, or you can download it and host it on your infrastructure.
Source code is available on Github and licensed under the Apache License, Version 2.0
Calling ip address:
Specified ip address:
Specified ip address with JSONP:
Specified ip address with JSONP in Japanese:
While geoip.rs is able to serve about 30K requests per second, the virtual machine that hosts it is a small one, so don't expect such numbers. Consider running it on your infrastructure.
© 2019 Federico Fissore - github - twitter


| Interface | Description |
|---|---|
| Action |
Java class for anonymous complex type.
|
| Activity |
Java class for anonymous complex type.
|
| Address |
Java class for anonymous complex type.
|
| Answer |
Java class for anonymous complex type.
|
| Answers |
Java class for anonymous complex type.
|
| ApiStandardProfileRequest |
Java class for anonymous complex type.
|
| Application |
Java class for anonymous complex type.
|
| Attachment |
Java class for anonymous complex type.
|
| Attribution |
Java class for anonymous complex type.
|
| Author |
Java class for anonymous complex type.
|
| Authority |
Java class for anonymous complex type.
|
| Authorization |
Java class for anonymous complex type.
|
| Authors |
Java class for anonymous complex type.
|
| AvailableActions |
Java class for anonymous complex type.
|
| BoundAccount | |
| BoundAccounts | |
| BoundAccountType | |
| BoundAccountTypes | |
| Bucket |
Java class for anonymous complex type.
|
| Buckets |
Java class for anonymous complex type.
|
| Category |
Java class for anonymous complex type.
|
| Cause | |
| Causes | |
| Certification |
Java class for anonymous complex type.
|
| Certifications |
Java class for anonymous complex type.
|
| Comment |
Java class for anonymous complex type.
|
| Comments |
Java class for anonymous complex type.
|
| Companies |
Java class for anonymous complex type.
|
| Company |
Java class for anonymous complex type.
|
| CompanyJobUpdate |
Java class for anonymous complex type.
|
| CompanyPersonUpdate |
Java class for anonymous complex type.
|
| CompanyProfileUpdate |
Java class for anonymous complex type.
|
| CompanySearch |
Java class for anonymous complex type.
|
| CompanyStatistics | |
| CompanyStatus |
Java class for company-status complex type.
|
| CompanyStatusUpdate |
Java class for anonymous complex type.
|
| CompanyType |
Java class for anonymous complex type.
|
| Connections |
Java class for anonymous complex type.
|
| ContactInfo |
Java class for anonymous complex type.
|
| Content |
Java class for anonymous complex type.
|
| CountForCategory |
Java class for anonymous complex type.
|
| Country |
Java class for anonymous complex type.
|
| CountsByCategory |
Java class for anonymous complex type.
|
| Course | |
| Courses | |
| Creator |
Java class for anonymous complex type.
|
| CurrentShare |
Java class for anonymous complex type.
|
| Date |
Java class for anonymous complex type.
|
| DateOfBirth |
Java class for anonymous complex type.
|
| Editor |
Java class for anonymous complex type.
|
| Education |
Java class for anonymous complex type.
|
| Educations |
Java class for anonymous complex type.
|
| EmailDigestFrequency |
Java class for anonymous complex type.
|
| EmailDomains |
Java class for anonymous complex type.
|
| EmployeeCountRange |
Java class for anonymous complex type.
|
| EndDate |
Java class for anonymous complex type.
|
| Error |
Java class for anonymous complex type.
|
| ExperienceLevel |
Java class for anonymous complex type.
|
| ExpirationDate |
Java class for anonymous complex type.
|
| Facet |
Java class for anonymous complex type.
|
| Facets |
Java class for anonymous complex type.
|
| Features |
Java class for anonymous complex type.
|
| Following | |
| FollowStatistics | |
| Group |
Java class for anonymous complex type.
|
| GroupCategory |
Java class for GroupCategory complex type.
|
| GroupMembership |
Java class for anonymous complex type.
|
| GroupMemberships |
Java class for anonymous complex type.
|
| Groups |
Java class for anonymous complex type.
|
| Headers |
Java class for anonymous complex type.
|
| HonorAward | |
| HonorsAwards | |
| HowToApply |
Java class for anonymous complex type.
|
| HttpHeader |
Java class for anonymous complex type.
|
| ImAccount |
Java class for anonymous complex type.
|
| ImAccounts |
Java class for anonymous complex type.
|
| Industries |
Java class for anonymous complex type.
|
| Industry |
Java class for anonymous complex type.
|
| Inventor |
Java class for anonymous complex type.
|
| Inventors |
Java class for anonymous complex type.
|
| InvitationRequest |
Java class for anonymous complex type.
|
| ItemContent |
Java class for anonymous complex type.
|
| Job |
Java class for anonymous complex type.
|
| JobBookmark |
Java class for anonymous complex type.
|
| JobBookmarks |
Java class for anonymous complex type.
|
| JobFunction |
Java class for anonymous complex type.
|
| JobFunctions |
Java class for anonymous complex type.
|
| JobPoster |
Java class for anonymous complex type.
|
| Jobs |
Java class for anonymous complex type.
|
| JobSearch |
Java class for anonymous complex type.
|
| JobSuggestions |
Java class for anonymous complex type.
|
| JobType |
Java class for anonymous complex type.
|
| Language |
Java class for anonymous complex type.
|
| Languages |
Java class for anonymous complex type.
|
| Like |
Java class for anonymous complex type.
|
| Likes |
Java class for anonymous complex type.
|
| Location |
Java class for anonymous complex type.
|
| Locations |
Java class for anonymous complex type.
|
| MailboxItem |
Java class for anonymous complex type.
|
| MemberGroup |
Java class for anonymous complex type.
|
| MemberGroups |
Java class for anonymous complex type.
|
| MembershipState |
Java class for anonymous complex type.
|
| MemberUrl |
Java class for anonymous complex type.
|
| MemberUrlResources |
Java class for anonymous complex type.
|
| NameType |
Java class for name-type complex type.
|
| Network |
Java class for anonymous complex type.
|
| NetworkStats |
Java class for anonymous complex type.
|
| NewPosition |
Java class for anonymous complex type.
|
| Office |
Java class for anonymous complex type.
|
| OldPosition |
Java class for anonymous complex type.
|
| Opportunities | |
| OriginalUpdate |
Java class for anonymous complex type.
|
| Patent |
Java class for anonymous complex type.
|
| Patents |
Java class for anonymous complex type.
|
| People |
Java class for anonymous complex type.
|
| PeopleSearch |
Java class for anonymous complex type.
|
| Person |
Java class for anonymous complex type.
|
| PersonActivities |
Java class for anonymous complex type.
|
| PhoneNumber |
Java class for anonymous complex type.
|
| PhoneNumbers |
Java class for anonymous complex type.
|
| Position |
Java class for anonymous complex type.
|
| Positions |
Java class for anonymous complex type.
|
| Post |
Java class for anonymous complex type.
|
| Poster |
Java class for anonymous complex type.
|
| PostingDate |
Java class for anonymous complex type.
|
| Posts |
Java class for anonymous complex type.
|
| PrimaryTwitterAccount | |
| Product |
Java class for anonymous complex type.
|
| ProductCategory |
Java class for anonymous complex type.
|
| ProductDeal |
Java class for anonymous complex type.
|
| Products |
Java class for anonymous complex type.
|
| ProductType |
Java class for product-type complex type.
|
| Proficiency |
Java class for anonymous complex type.
|
| ProfileField |
Java class for anonymous complex type.
|
| Project | |
| Projects | |
| Property |
Java class for anonymous complex type.
|
| Publication |
Java class for anonymous complex type.
|
| PublicationAuthor |
Java class for publication-author complex type.
|
| Publications |
Java class for anonymous complex type.
|
| Publisher |
Java class for anonymous complex type.
|
| Question |
Java class for anonymous complex type.
|
| QuestionCategories |
Java class for anonymous complex type.
|
| QuestionCategory |
Java class for anonymous complex type.
|
| Recipient |
Java class for anonymous complex type.
|
| Recipients |
Java class for anonymous complex type.
|
| Recommendation |
Java class for anonymous complex type.
|
| Recommendations |
Java class for anonymous complex type.
|
| RecommendationsGiven |
Java class for anonymous complex type.
|
| RecommendationsReceived |
Java class for anonymous complex type.
|
| RecommendationType |
Java class for anonymous complex type.
|
| Recommendee |
Java class for anonymous complex type.
|
| Recommender |
Java class for anonymous complex type.
|
| RelatedConnections |
Java class for anonymous complex type.
|
| RelatedProfileViews | |
| RelationToViewer |
Java class for anonymous complex type.
|
| Renewal |
Java class for anonymous complex type.
|
| Role |
Java class for anonymous complex type.
|
| SalesPersons |
Java class for anonymous complex type.
|
| SchemaElementFactory<T> | |
| SchemaEntity | |
| Seniorities | |
| Seniority | |
| ServiceProvider |
Java class for anonymous complex type.
|
| Share |
Java class for anonymous complex type.
|
| SiteGroupRequest |
Java class for anonymous complex type.
|
| SiteJobRequest |
Java class for anonymous complex type.
|
| SiteStandardProfileRequest |
Java class for anonymous complex type.
|
| Skill |
Java class for anonymous complex type.
|
| Skills |
Java class for anonymous complex type.
|
| Source |
Java class for anonymous complex type.
|
| Specialties |
Java class for anonymous complex type.
|
| StartDate |
Java class for anonymous complex type.
|
| Status |
Java class for anonymous complex type.
|
| StatusUpdateStatistics | |
| StockExchange |
Java class for anonymous complex type.
|
| Suggestions | |
| SupportedOrganization | |
| SupportedOrganizations | |
| ThreeCurrentPositions |
Java class for anonymous complex type.
|
| ThreePastPositions |
Java class for anonymous complex type.
|
| ToFollow | |
| TwitterAccount |
Java class for anonymous complex type.
|
| TwitterAccounts |
Java class for anonymous complex type.
|
| Type |
Java class for anonymous complex type.
|
| Update |
Java class for anonymous complex type.
|
| UpdateAction |
Java class for anonymous complex type.
|
| UpdateComment |
Java class for anonymous complex type.
|
| UpdateComments |
Java class for anonymous complex type.
|
| UpdateContent |
Java class for anonymous complex type.
|
| Updates |
Java class for anonymous complex type.
|
| Video |
Java class for anonymous complex type.
|
| ViewByMonth | |
| ViewsByMonth | |
| Visibility |
Java class for anonymous complex type.
|
| Volunteer | |
| VolunteerExperience | |
| VolunteerExperiences | |
| Years |
Java class for anonymous complex type.
|
| Class | Description |
|---|---|
| Adapter1 | |
| Adapter2 | |
| ObjectFactory |
This object contains factory methods for each
Java content interface and Java element interface
generated in the com.google.code.linkedinapi.schema package.
|
| Enum | Description |
|---|---|
| CompanyStatusCode |
Java class for null.
|
| CompanyTypeCode |
Java class for null.
|
| EmailDigestFrequencyCode |
Java class for null.
|
| ExperienceLevelCode |
Java class for null.
|
| FacetType |
Java class for null.
|
| GroupCategoryCode |
Java class for null.
|
| ImAccountType |
Java class for null.
|
| InviteConnectType |
Java class for null.
|
| JobFunctionCode |
Java class for null.
|
| JobTypeCode |
Java class for null.
|
| MembershipStateCode |
Java class for null.
|
| NetworkUpdateContentType |
Java class for null.
|
| NetworkUpdateReturnType |
Java class for null.
|
| PhoneType |
Java class for null.
|
| PostCategoryCode |
Java class for null.
|
| PostTypeCode |
Java class for null.
|
| ProficiencyLevelType |
Java class for null.
|
| ProfileFieldCode |
Java class for null.
|
| RecommendationCode |
Java class for null.
|
| RoleCode |
Java class for null.
|
| StockExchangeCode |
Java class for null.
|
| VisibilityType |
Java class for null.
|


SIXTH DAY, THE (director: Roger Spottiswoode; screenwriter: Cormac Wibberley/Marianne Wibberley; cinematographer: Pierre Mignot; editors: Mark Conte/ Dominique Fortin/ Michel Arcand; cast: Arnold Schwarzenegger (Adam Gibson), Tony Goldwyn (Drucker), Robert Duvall (Dr. Weir), Michael Rapaport (Hank), Michael Rooker (Robert Marshall, Drucker's main henchman), Sarah Wynter (Talia), Wendy Crewson (Natalie, Mrs. Gibson), Taylor Anne Reid (Clara, Adam's daughter), Rodney Rowland (Wile), Colin Cunningham (Tripp), Steve Bacic (Johnny Phoenix), Wanda Cannon (Katherine Weir); Runtime: 124; Columbia; 2000)
Reviewed by Dennis Schwartz
A rehashed formula action/sci-fi film about the near future that looks old hat and plays like low-brow entertainment even as it advances the sophisticated problems cloning might eventually hold. Maybe it's because the film tried to be both preachy about its social conscience message and at the same time your typical Arnold Schwarzenegger action film, that it looked so confused, seeming as fuzzy and as unbelievable as the instant cloning process it featured in the film. But, as for the film's entertainment value, it passes the test for mild escapist fare, and to the bargain you have two Arnold's saying lame one-liners for the price of one. Arnold's comeback from health problems can be declared over but it cannot hide the fact that he has aged and seems more weary and unsure of himself now, not quite the super-hero he once was. But, even if this film is not as good as his "Total Recall" or "True Lies" or even "Terminator 2," it should be good enough to be accepted by his loyal following. How it will do in the box office and with the general public, is hard to say, as the film seems gloomily cluttered with nocturnal shots and the action is less than spectacular, and it is not as stylish as some other recent popular action films (eg. The Matrix). Arnold still likes to do things the old-fashioned way, by knocking heads in times of difficulty. And, how the public will respond to the aging Arnold saving the world from an evil clone manufacturer who is merely a greedy businessman and not a super-villain, in a PG-13 film without an edge, is anyone's guess, especially since Arnold's popularity is slipping. In this film he is asked to carry the load, though helped somewhat that the film is well executed, has good enough special effects and a semi-plausible cloning theme. But, he still cannot overcome the overall mediocrity of the film.
 He is consumed with accumulating more wealth and with getting politicians to change their vote to make cloning legal for humans. It is now only legal to clone pets and to clone animals to restock the food supply. It is banned for humans by a so-called "6th-day" law.
For its thought provoking moments, the film wants to draw its battlelines over good science vs. bad science, showing how Drucker's corporation greedily makes money off science and profits greatly from its illegal operation. Drucker states, he is only going forward to territory where God left off. God, as a superior belief to science, is thrown into the argument by Arnold, who plays the ordinary Joe, suspicious of science and the new trends in the world. Philosophy is not one of the film's strong points, as there is a muddled argument for each position presented.
Dr. Graham Weir (Duvall) is a mad genius scientist that Drucker's corporation financially backs to do its secret illegal clones. Weir is someone who is in it for the knowledge and the love of his wife. She died five years ago but is now cloned thanks to him, but is now dying of cancer and refuses another clone. For him, there is nothing higher than human love. He's the most interesting one in the film, so it behooves me that he has a truncated part, which fails to give him the depth needed to draw out his character and go further than the drab figure he is portrayed as, being a good scientist used by an evil businessman.
The first example of cloning, comes in the film's opening scene, where a star football player, on a team owned by Drucker, with a lifetime contract of $300 million a season, is brain-dead after a football injury. "We have a lifetime contract with a vegetable. Johnny--you're gonna have to take one for the team." Marshall (Michael Rooker), one of Drucker's henchmen says, before pulling the plug on Johnny's life-support system. A cloned Johnny then reappears as a star quarterback again. The joke being, that you don't have to die, the corporation can clone you in no time at all (hardly believable), if they have your genetic code, and the cost is a only mere one and a half million bucks.
In the next scene, we see that Adam Gibson (Schwarzenegger) is a nice, peaceful family man, living a normal suburban life with his doting wife Natalie (Wendy Crewson) and his playful daughter. He's a charter helicopter pilot who is partners with the free-wheeling, comical, bachelor Hank (Michael Rapaport). Hank is, also, someone who has the perfect girl via 'virtual reality.' They have been hired to airlift Drucker to a skiing slope, and the only catch, and it turns out to be a big catch, is that Hank and him have to undergo a special blood, fingerprinting and eye test on Drucker's special machines. Drucker will use this info gathered here later on for cloning purposes.
Adam's big problem at home comes when he learns that their daughter's pet dog Oliver, a pet his daughter can't live without dies. The wife wants the dog cloned at RePet? But this is against his religious principles. He thinks there's something wrong about messing with the natural order of life and death, because he's just an old-fashioned guy, liking his 1950s Caddy over the modern automatic car that drives itself. He also endears himself to those old-fashioned family values of how to raise a child and blames the media for showing too much graphic violence. But, he seems to have a selective opinion on when to use high-tech, because on his job, he seems to be all for high-tech, using a remote control to fly one of his other helicopters.
Adam switches places with Hank and pilots Drucker by posing as Adam, so he can go to a RePet store and see if he wants a cloned dog and to then attend a surprise birthday party his wife is throwing for him. But a fanatical anti-cloning fundamentalist (Colin Cunningham) executes the pilot and Drucker. Thinking that Adam and Drucker died and nobody will be the wiser, Weir clones them. When Adam peeks into his house at his birthday party, there is another Adam in there blowing out the candles on his birthday cake - one who looks just like him. He is then met by the most persistent villains on Drucker's goon squad trying to eliminate him (Sarah Wynter and Rodney Rowland). Their claim to fame is that they keep getting killed by Arnold but keep coming back, unfortunately this lengthens the film to over two hours with no apparent discernible plusses in keeping the film going.
After seeing that his family has accepted the clone as him, the dazed Adam is on the run from Drucker's goons and in search of the truth as to what's going on, and has to put up with the knowledge that there are a lot of clones around and that the one who looks like him is sleeping with his wife. He also finds out, to his amazement, that even Drucker is a clone.
The film lets go of its pseudo-science pretenses and turns back to Arnold in the action-hero mode, of him getting revenge on those who dare to mess with him and his family. It's all been seen before, but the film seems easy to take or leave, and is only mildly offensive to both those who like their films with a bit more intelligence and those who prefer a lot more rough action. This film will live and die not by its story, but by what you think of its action scenes. I thought they were good enough in a functional sense, but there were just too many dead spots in the story for me to find this big-budget film anything more than a minor work.
REVIEWED ON 11/24/2000 GRADE: C+
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
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HPE Nimble Storage Content Collection for Ansible¶
The HPE Nimble Storage Content Collection for Ansible is a set of Ansible modules to manage HPE Nimble Storage arrays. The collection is available on Ansible Galaxy and Automation Hub.
Source code is available on GitHub.
Warning
This documentation is a placeholder until the Collection Index has been updated on docs.ansible.com.
- hpe_nimble_access_control_record – Manage the HPE Nimble Storage access control records.
- hpe_nimble_array – Manage the HPE Nimble Storage array.
- hpe_nimble_chap_user – Manage the HPE Nimble Storage CHAP user.
- hpe_nimble_disk – Manage the HPE Nimble Storage disk.
- hpe_nimble_encryption – Manage the HPE Nimble Storage encryption.
- hpe_nimble_fc – Manage the HPE Nimble Storage Fibre Channel.
- hpe_nimble_group – Manage the HPE Nimble Storage group.
- hpe_nimble_info – Collect information from HPE Nimble Storage array.
- hpe_nimble_initiator_group – Manage the HPE Nimble Storage initiator groups.
- hpe_nimble_network – Manage the HPE Nimble Storage network configuration.
- hpe_nimble_partner – Manage the HPE Nimble Storage Replication Partner.
- hpe_nimble_performance_policy – Manage the HPE Nimble Storage performance policies
- hpe_nimble_pool – Manage the HPE Nimble Storage pools.
- hpe_nimble_protection_schedule – Manage the HPE Nimble Storage protection schedules.
- hpe_nimble_protection_template – Manage the HPE Nimble Storage protection templates.
- hpe_nimble_shelf – Manage the HPE Nimble Storage shelves.
- hpe_nimble_snapshot – Manage the HPE Nimble Storage snapshots.
- hpe_nimble_snapshot_collection – Manage the HPE Nimble Storage snapshot collections.
- hpe_nimble_user – Manage the HPE Nimble Storage users.
- hpe_nimble_user_policy – Manage the HPE Nimble Storage user policies.
- hpe_nimble_volume – Manage the HPE Nimble Storage volumes.
- hpe_nimble_volume_collection – Manage the HPE Nimble Storage volume collections.


Options for Vocab Ticker
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Choose a color from Picker.
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Choose Text color from Picker.
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Text Mining Mini Project
junhyun-nam/markov_text_synthesis.py
Great Job! I have a few comments about some parts of your code below. You love your while loops.
Please take a look here It's also a good idea to include multiline strings that describe the entire script at the top with author name, date created, and purpose.
def process_text(filename):
"""Makes histogram of text"""
d = dict()
fp = open(filename, 'r')
for line in fp:
for word in line.split():
while not (word == '' or word[0].isalpha() or word[0].isdigit()):
word = word[1:]
while not (word == '' or word[-1].isalpha() or word[-1].isdigit()):
word = word[0:-1]
While loops are not the best way to do these. If you're trying to strip punctuation there are methods in the string library for it. Or use strip if you're trying to get rid of white space characters. Updating word each time is not very elegant either.
word = word.lower()
if word != '':
d[word] = d.get(word, 0) + 1
return d
def inverse_dict(d):
"""Reverse keys and values of dictionary"""
inverse = dict()
for key in d:
val = d[key]
if val not in inverse:
inverse[val] = [key]
else:
inverse[val].append(key)
return inverse
def subtract_common(freq, freq_word):
"""subtrace most common 100 words from inversed dictionary"""
common_freq = ['the', 'be', 'to', 'of', 'and', 'a', 'in', 'that', 'have', 'i',
'it', 'for', 'not', 'on', 'with', 'he', 'as', 'you', 'do', 'at'
'this', 'but', 'his', 'by', 'from', 'they', 'we', 'say', 'her', 'she',
'or', 'an', 'will', 'my', 'one', 'all', 'would', 'there', 'their', 'what',
'so', 'up', 'out', 'if', 'about', 'who', 'get', 'which', 'go', 'me',
'when', 'make', 'can', 'like', 'time', 'no', 'just', 'him', 'know', 'take',
'people', 'into', 'year', 'your', 'good', 'some', 'could', 'them', 'see', 'other',
'than', 'now', 'look', 'only', 'come', 'its', 'over', 'think', 'also',
'back', 'after', 'use', 'two', 'how', 'our', 'work', 'first', 'well', 'way',
'even', 'new', 'want', 'because', 'any', 'these', 'give', 'day', 'most', 'us',
'are', 'is', 'have', 'has', 'were', 'was', 'been', 'had']
top10_freq = []
for number in freq:
if freq_word[number][0] not in common_freq:
top10_freq.append(number)
if len(top10_freq) == 10:
break
top10_freq.sort()
top10_freq.reverse()
return top10_freq
stat = process_text('alice_in_wonderland.txt')
freq_word = inverse_dict(stat)
freq = freq_word.keys()
freq.sort()
freq.reverse()
top10_freq = subtract_common(freq, freq_word)
for number in top10_freq:
print (freq_word[number][0], number)
These should be run in __name__ == "__main__" to prevent it from running on importing this file! There is also important functionality here that should be in a function.
from random import choice
def process_text(filename):
"""Makes map from prefix to suffix"""
d = dict()
fp = open(filename, 'r')
prev_word = ''
quote = ['\'', '\"']
for line in fp:
for word in line.split():
while word != '' and word[0] in quote:
word = word[1:]
while word != '' and word[-1] in quote:
word = word[:-1]
if word != '':
d[prev_word] = d.get(prev_word, [])
d[prev_word].append(word)
prev_word = word
return d
def generate_sentence(words_map):
"""Generate sentence with Markov text synthesis"""
sentence = ''
end_of_sentence = ['.', '!', '?']
first = choice(words_map.keys())
while not first.isupper():
first = choice(words_map.keys())
sentence += first
next = choice(words_map[first])
sentence += ' ' + next
while next[-1] not in end_of_sentence:
next = choice(words_map[next])
sentence += ' ' + next
return sentence
words_map = process_text('alice_in_wonderland.txt')
print generate_sentence(words_map)
These should be run in __name__ == "__main__" to prevent it from running on importing this file!


{{product.name}}
Price: {{product.price}}$
0">
Size:
- {{option.options_text}}
Good to know
{{product.description}}
Featured
- Zipper fly with hook-and-bar closure
- Front slash pockets
- Back welt pocket
Materials & Care
- Origin: Fabric from Itali
- Content: 97% wool, 3% spandex; Pocket lining: 100% cupro
- Care: Dry clean