0"> The playground has {{totalSandboxes}} sandboxed component{{totalSandboxes > 1 ? 's' : ''}}
Get started - create your first sandbox! Click here.


Hallie Media
STRATEGY • CURATION • IMPLEMENTATION
Content Creation
Video
Photography
Graphics
Social Media Ad Management
Community Management
Stuff to Click
LinkedIn
Visit my dad's instagram!
Visit my BFF's Blog!


Time Walk
Rushes to a target location while slowing the movement of all enemies along its path for 3 seconds.
| Mana Cost: | 90 |
| Cooldown: | 19/17/15/13 |
| ABILITY: | Point Target |
| PIERCES SPELL IMMUNITY: | No |
| MOVEMENT SLOW: | 20% / 30% / 40% / 50% |
| RANGE: | 700 / 900 / 1100 / 1300 |
Darkterror tears a hole in time, passing through Claszureme, and appearing back in an instant.
Backtrack
Faceless Void dodges damage by jumping backward in time, eluding both physical and magical attacks.
| ABILITY: | Passive |
| DODGE CHANCE: | 10% / 15% / 20% / 25% |
Darkterror sees what has yet to be seen.
Time Lock
Adds the chance for an attack to lock an enemy unit in time, stunning it and dealing bonus damage.
| ABILITY: | Passive |
| DAMAGE TYPE: | Magical |
| PIERCES SPELL IMMUNITY: | Yes |
| DURATION: | 1 |
| CHANCE: | 10% / 15% / 20% / 25% |
| BONUS DAMAGE: | 40 / 50 / 60 / 70 |
The strike of the Faceless Void lands with dimension shifting force.
Chronosphere
Creates a blister in spacetime, trapping all units caught in its sphere of influence and causes you to move very quickly inside it. Only Faceless Void and any units he controls are unaffected. Invisible units in the sphere will be revealed. Upgradable by Aghanim's Scepter.
| Mana Cost: | 150/225/300 |
| Cooldown: | 130/115/100 |
| ABILITY: | Point Target |
| PIERCES SPELL IMMUNITY: | Yes |
| RADIUS: | 425 |
| DURATION: | 4 / 4.5 / 5 |
| SCEPTER DURATION: | 4 / 5 / 6 |
| SCEPTER COOLDOWN: | 60 / 60 / 60 |
When a rift opens to Claszureme, all poor souls caught within will likely never return.


EDGES:
BEVEL:
BULLNOSE:
CHISEL:
COVE:
DEMIBULL:
EASED:
ELITE:
LARGE BEVEL:
LARGE OGEE:
OGEE:
PENCIL:
PLATNER:
STEP BULLNOSE:
SURFACE ROUND:
TAYLOR OGEE:
TRIPLE WATERFALL:
EXTRA
© Copyright 2015 by laconiclizard


The xsl:message
element causes a message to be displayed. The message
is the contents of the xsl:message
element.
There is an optional attribute terminate
with permitted values yes and no; the default is no. If the
value is set to yes, processing of the stylesheet is terminated after issuing the message. This
attribute may be supplied as an attribute value template.
By default the message is displayed on the standard error output stream. You can supply your own message Emitter if you want it handled differently. This must be a class that implements the net.sf.saxon.output.Emitter interface. The content of the message is in general an XML fragment. You can supply the emitter using the -m option on the command line, or the setMessageEmitter() method of the Controller class.
No newline is added to the message that is passed to the message emitter. The default message emitter adds a newline itself. If you want to be sure of getting a newline, add one from the application, as shown below.
Example: This example displays an error message.
<xsl:template match="BOOK">
<xsl:if test="not(@AUTHOR)">
<xsl:message>Error: BOOK found with no AUTHOR!
</xsl:message>
</xsl:if>
...
</xsl:template>


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Newest Verizon Wireless Phones 2013 And Latest Models
Description of the newest Verizon Wireless cell phones, .
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How to Make Your Own Ringtones for Verizon Phones: 12 steps
How to Make Your Own Ringtones for Verizon Phones. Don't want . Well this article will tell you how to make a free ringtone on a Verizon phone. . How to Change Ringtones on a Blackberry . Set up Your New Verizon Wireless Cell Phone .
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Free Ringtones | CrackBerry.com - BlackBerry
You've come to the right place to find free BlackBerry ringtones! We've made it easy for you to browse, preview, and download BlackBerry ringtones from our .
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Free Cell Phones $0.00 - Free Phones for T-Mobile, Verizon ...
Verizon Wireless Phones . Sprint BlackBerry Curve 9350 Smartphone from RIM . Verizon Verizon Wireless Home Phone Connect from Verizon Wireless .
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My Verizon Online Sign In - Verizon Wireless
Check your minutes and messages; Change or reset your Voice Mail password; Purchase ringtones and manage Ringback Tones; Access My Verizon on your .
https://login.verizonwireless.com/amserver/UI/Login
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How to Download Ringtones for a Verizon Blackberry | eHow.com
Downloading ringtones for your Verizon BlackBerry is easy enough that any novice . is a touchscreen Blackberry smartphone available from Verizon Wireless.
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Blackberry Phones - read about How to Enjoy Your Blackberry .
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Learn about the Discontinued Phones and find information on Discontinued Cell Phones at 1800mobiles.com. . LG Chocolate White Cell Phone with Verizon Wireless Plan . Blackberry Curve with AT&T Wireless Service . multimedia center where you can organize all ringtones, wallpapers and games that you download !
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Verizon Wireless | Blackberry Bold 9930 Smartphone | Wirefly
New from Blackberry and Verizon Wireless: The BlackBerry Bold 9930 smartphone with . App Store - Supports BlackBerry App World; Custom Ringtones - Yes .
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If the BlackBerry 7250 interests you, I suggest that you look at: Verizon Wireless Coupe . The system to determine BlackBerry 7250 ringtones compatibility linked . phones to evaluate your chance of getting free BlackBerry 7250 ringtones, but .
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The BlackBerry Bold 9650 for Verizon Wireless allows you to stay in touch with . App Store - Yes, Supports BlackBerry App World; Custom Ringtones - Yes .
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What to Do When Verizon Wireless Ringtones from the Website ...
Jan 25, 2010 . Did you buy a Verizon Wireless ringtone that did not come? . store would be more trouble than it was worth with three phones on a single plan. . a Cell Phone · Verizon Wireless Pulls Plug on BlackBerry 8830 GPS Features .
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https://community.verizonwireless.com/message/854246
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Frequently asked questions regarding Monthly Prepaid from Verizon Wireless. . Multimedia Messaging, Mobile Web, Ringback Tones, V CASTSM Music and VZ . package to their phone (3G Multimedia, Smartphone or BlackBerry® device). . or a Prepaid Data and Web for 3G Multimedia phones data package, both of .
http://support.verizonwireless.com/faqs/Wireless%20Service/monthly_prepaid.html


You have {{ len (unprocessedRents $u.Rents) }} items in your cart.
Cart is empty
Go Rent!Shipping and additional costs are calculated based on values you have entered.
| Order Subtotal | ${{format2DP (totalCostInCart (unprocessedRents $u.Rents))}} |
|---|---|
| Self-delivery | - |
| Total | ${{format2DP (add (totalCostInCart (unprocessedRents $u.Rents)))}} |


--- layout: page title: 404 header: Page not found group: errors --- {% include JB/setup %}
Page not found


We store all of your info using our TRUBIA (Traditional Unified Blockage of Information Algorithm), which combines a random M4 Enigma Machine configuration with Advanced Encryption Standard to create a double-layered encryption, locked by an unique 256 bits key for every field stored. Such keys need of a password of your choosing to encrypt and decrypt the data; without such password, your ciphered data is empirically unbreakable. Once you enter your first password, it is mandatory that you always input the same. If you do not wish to complicate matters, enter your SOLID password, it will do the trick. It is advisable, though, that you use a different one.
There is no validation, since we store this password nowhere; that's the whole point, so that a correct, dynamic input is the only way to decrypt your information. Hence, we will take whatever password you give us to work with; each session functions independently. If it doesn't equal to the password which was used to encrypt in the past, the information loaded will be ininteligible. However, whatever new data you create will be encrypted with the new password.
Just log out and log in again. Enter the right password this time. Try not to operate with the wrong password, or this information will be encrypted when you recover the original.
To create a chat, click on , which will list your friends. Clicking one of them will create a chat with the selected user, or open it if it already exists.
You can add a friend in a contact list by typing his username -i.e., to add "takumi.solid.community", type "takumi"- which will check on Inrupt and Solid Community profiles. Warning: this will NOT add a friend to your SOLID profile; it will add a friend to the current list of contacts, so that you can create a chat/group with someone you haven't befriended. Upon closing of the list, the contact will be removed. Whatever chats you have created will persist, though.
To create a group, click on which will list your friends. You may select the participants by clicking on them. After selecting them and choosing a name, "Create" is to be clicked.
 It will list all the invites available, which may be accepted by clicking them.
If you do have chats already, but this text is showing, please check that the password you input to decrypt is correct. A wrong password will fail to decrypt the information stored, so none will appear.


A PROJECT OF THE ELECTRONIC FRONTIER FOUNDATION
Quick
Start
We’re the Electronic Frontier Foundation, an independent non-profit working to protect online privacy for nearly thirty years. This is Surveillance Self-Defense: our expert guide to protecting you and your friends from online spying.
Read the BASICS to find out how online surveillance works. Dive into our TOOL GUIDES for instructions to installing our pick of the best, most secure applications. We have more detailed information in our FURTHER LEARNING sections. If you’d like a guided tour, look for our list of common SECURITY SCENARIOS.
Creating Strong Passwords
Your Security Plan
Protecting Yourself on Social Networks
How To: Use Signal on iOS
How To: Use Signal on Android
How To: Enable Two Factor Authentication
Animated Overview: How to Make a Super-Secure Password Using Dice
Animated Overview: Protecting Your Device From Hackers
Animated Overview: Using Password Managers to Stay Safe Online
Choosing Your Tools
Communicating with Others
Creating Strong Passwords
Keeping Your Data Safe
Seven Steps To Digital Security
What Should I Know About Encryption?

Attending Protests (International)
Attending Protests (United States)
Choosing the VPN That's Right for You
Facebook Groups: Reducing Risks
How Do I Protect Myself Against Malware?
Key Concepts in Encryption
Key Verification
Protecting Yourself on Social Networks
The Problem with Mobile Phones
Things to Consider When Crossing the U.S. Border
Academic researcher?
Activist or protester?
Human rights defender?
Journalism student?
Journalist on the move?
LGBTQ Youth?Mac user?
Online security veteran?
Want a security starter pack?


Get a list of gateway environments configured previously.\n
https://apis.wso2.com/api/am/publisher/v0.9/environments
GET
apim:api_view
curl -H "Authorization: Bearer b0982cd2aacd463ff5f63cd5ebe58f4a" "http://<IP_ADDRESS>:9763/api/am/publisher/v0.9/environments"
HTTP/1.1 200 OK
Content-Type: application/json
{
"list": [ {
"showInApiConsole": true,
"serverUrl": "https://<IP_ADDRESS>:9444//services/",
"endpoints": {
"http": "http://<IP_ADDRESS>:8281",
"https": "https://<IP_ADDRESS>:8244"
},
"name": "Production and Sandbox",
"type": "hybrid"
}],
"count": 1
}
| Type | Name | Description | Schema | Default |
|---|---|---|---|---|
| Query |
apiId optional |
Will return environment list for the provided API.\n |
String |
| HTTP Code | Description | Schema |
|---|---|---|
200 |
OK.\nEnvironment list is returned.\n |
EnvironmentList |
304 |
Not Modified.\nEmpty body because the client has already the latest version of the requested resource.\n |
|
404 |
Not Found.\nRequested API does not exist.\n |
Error |


API Documentation¶
Timewave Engine¶
engine.Engine |
This class implements Monte Carlo engine |
engine.State |
simulation state |
engine.Producer |
abstract class implementing simple producer for a model between grid dates |
engine.Consumer |
base class for simulation consumers |
module containing simulation method related classes incl. multiprocessing support
-
class
engine.
Consumer
(func=None)[source]¶ Bases:
object
base class for simulation consumers
initiatlizes consumer by providing a function :param func: consumer function with exact 1 argument which will consume the producer state. Default will return state.value
-
class
engine.
Engine
(producer=None, consumer=None)[source]¶ Bases:
object
This class implements Monte Carlo engine
-
run
(grid=None, num_of_paths=2000, seed=0, num_of_workers=4, profiling=False)[source]¶ implements simulation
Parameters: - grid (list(date)) – list of Monte Carlo grid dates
- num_of_paths (int) – number of Monte Carlo paths
- seed (hashable) – seed used for rnds initialisation (additional adjustment in place)
- or None num_of_workers (int) – number of parallel workers (default: cpu_count()), if None no parallel processing is used
- profiling (bool) – signal whether to use profiling, True means used, else not
Return object: final consumer state
It returns a list of lists. The list contains per path a list produced by consumer at observation dates
-
-
class
engine.
Producer
(func=None, initial_state=None)[source]¶ Bases:
object
abstract class implementing simple producer for a model between grid dates
-
evolve
(new_date)[source]¶ evolve to the new process state at the next date, i.e. do one step in the simulation
Parameters: new_date (date) – date of the new state Return State:
-
Timewave Producer¶
producers.DeterministicProducer |
|
producers.StringReaderProducer |
|
producers.MultiProducer |
initializer |
module containing brownian motion model related classes
-
class
producers.
DeterministicProducer
(sample_list, func=None, initial_state=None)[source]¶ Bases:
engine.Producer
-
class
producers.
MultiProducer
(*producers)[source]¶ Bases:
engine.Producer
initializer
Parameters: or produces (list(Producer)) – list of producers to be used one after another -
evolve
(new_date)[source]¶ evolve to the new process state at the next date, i.e. do one step in the simulation
Parameters: new_date (date) – date of the new state Return State:
-
initialize_path
(path_num=None)[source]¶ inits producer for next path, i.e. sets current state to initial state
-
initialize_worker
(process_num=None)[source]¶ inits producer for a simulation run on a single process
-
producers
= None¶ list(Producer) – list of consumers to be used one after another
-
Timewave Consumer¶
consumers.QuietConsumer |
QuietConsumer returns nothing, since QuietConsumer does simply not populate result in finalize_path() |
consumers.StringWriterConsumer |
|
consumers.StackedConsumer |
stacked version of consumer, i.e. a following consumer is populated with out state of the preceding one |
consumers.ConsumerConsumer |
class implementing the consumer interface |
consumers.MultiConsumer |
initializer |
consumers.ResetConsumer |
FunctionConsumer that admits a reset function for each path |
consumers.TransposedConsumer |
TransposedConsumer returns sample distribution per grid point not per sample path |
-
class
consumers.
ConsumerConsumer
(*consumers)[source]¶ Bases:
engine.Consumer
class implementing the consumer interface several consumers can be saved and are executed one after another only the result of the last consumer is returned (see finalize_worker)
initializer
Parameters: list(Consumer) – -
consume
(state)[source]¶ returns pair containing the result of consumption and consumer state the returned state is equal to the state.get_short_rate() the returned consume state is None
Parameters: state (State) – specific process state Return object: the new consumer state
-
get
(queue_get)[source]¶ get to given consumer states. This function is used for merging of results of parallelized MC. The first state is used for merging in place. The states must be disjoint.
Parameters: queue_get (object) – second consumer state
-
initial_state
= None¶ list(Consumer) – list of consumers to be used one after another
-
-
class
consumers.
MultiConsumer
(*consumers)[source]¶ Bases:
consumers.ConsumerConsumer
initializer
Parameters: list(Consumer) –
-
class
consumers.
QuietConsumer
(func=None)[source]¶ Bases:
engine.Consumer
QuietConsumer returns nothing, since QuietConsumer does simply not populate result in finalize_path()
initiatlizes consumer by providing a function :param func: consumer function with exact 1 argument which will consume the producer state. Default will return state.value
-
class
consumers.
ResetConsumer
(fixing_func=None, reset_func=None)[source]¶ Bases:
engine.Consumer
FunctionConsumer that admits a reset function for each path
-
class
consumers.
StackedConsumer
(*consumers)[source]¶ Bases:
engine.Consumer
stacked version of consumer, i.e. a following consumer is populated with out state of the preceding one
-
class
consumers.
StringWriterConsumer
(str_decoder=None)[source]¶ Bases:
engine.Consumer
-
class
consumers.
TransposedConsumer
(func=None)[source]¶ Bases:
engine.Consumer
TransposedConsumer returns sample distribution per grid point not per sample path
initiatlizes consumer by providing a function :param func: consumer function with exact 1 argument which will consume the producer state. Default will return state.value
Stochastic Process¶
module containing brownian motion model related classes
-
class
stochasticprocess.
GeometricBrownianMotion
(mu=0.0, sigma=1.0, start=1.0)[source]¶ Bases:
stochasticprocess.WienerProcess
class implementing general Gauss process between grid dates
-
class
stochasticprocess.
MultiGauss
(mu=[0.0], covar=[[1.0]], start=[0.0])[source]¶ Bases:
stochasticprocess.MultivariateStochasticProcess
class implementing multi dimensional brownian motion
-
class
stochasticprocess.
OrnsteinUhlenbeckProcess
(theta=0.1, mu=0.1, sigma=0.1, start=0.0)[source]¶ Bases:
stochasticprocess.StochasticProcess
class implementing Ornstein Uhlenbeck process
Parameters: - theta (flaot) – mean reversion speed
- mu (float) – drift
- sigma (float) – diffusion
- start (float) – initial value
\[dx_t = \theta ( \mu - x_t) dt + \sigma dW_t, x_0 = a\]
-
class
stochasticprocess.
SABR
(alpha=0.1, beta=0.2, nu=0.3, rho=-0.2, start=0.05)[source]¶ Bases:
stochasticprocess.MultivariateStochasticProcess
class implementing the Hagan et al SABR model
-
class
stochasticprocess.
StochasticProcess
(start)[source]¶ Bases:
object
-
diffusion_driver
¶ diffusion driver are the underlying dW of each process X in a SDE like dX = m dt + s dW :return list(StochasticProcess):
-
evolve
(x, s, e, q)[source]¶ Parameters: - x (float) – current state value, i.e. value before evolution step
- s (float) – current point in time, i.e. start point of next evolution step
- e (float) – next point in time, i.e. end point of evolution step
- q (float) – standard normal random number to do step
Return float: next state value, i.e. value after evolution step
evolves process state x from s to e in time depending of standard normal random variable q
-
Stochastic Process Simulation¶
module containing stochastic process model producer
Bases:
producers.MultiProducer
class implementing general correlated Gauss process between grid dates
Parameters: - producers (list(GaussEvolutionProducer)) – list of producers to evolve
- or dict((StochasticProcess, StochasticProcess) (list(list(float))) – float) or None correlation: correlation matrix of underlying multivariate Gauss process of diffusion drivers. If dict keys must be pairs of diffusion drivers, diagonal and zero entries can be omitted. If not give, all drives are evolve independently.
- or None diffusion_driver (list(StochasticProcess)) – list of diffusion drivers indexing the correlation matrix. If not given and correlation is not an IndexMatrix, e.g. comes already with list of drivers, it is assumed that each process producer has different drivers and the correlation is order in the same way.
evolve to the new process state at the next date
Parameters: new_date (date) – date or point in time of the new state Return State:
-
class
stochasticproducer.
GaussEvolutionFunctionProducer
(func=None, initial_state=None, length=None)[source]¶ Bases:
engine.Producer
class implementing general Gauss process between grid dates
Parameters: - func (callable) – evolve function, e.g. lambda x, s, e, q: x + sqrt(e - s) * q by default with x current state value, s current point in time, i.e. start point of next evolution step, e next point in time, i.e. end point of evolution step, q standard normal random number to do step
- initial_state – initial state (value) of evolution,
- or None length (int) – length of q as a list of Gauss random numbers, if None or 0 the evolution function func will be invoked with q not as a list but a float random number.
class implementing general Gauss process between grid dates and provides state to any evolve style function foo(x, s, e, q) with x last state, s last state time, e current point in time and q current Gauss process state
-
class
stochasticproducer.
GaussEvolutionProducer
(process)[source]¶ Bases:
stochasticproducer.GaussEvolutionFunctionProducer
producer to bring diffusion process to life
Parameters: process (StochasticProcess) – diffusion process to evolve
-
class
stochasticproducer.
MultiGaussEvolutionProducer
(process_list, correlation=None, diffusion_driver=None)[source]¶ Bases:
stochasticproducer.CorrelatedGaussEvolutionProducer
class implementing multi variant GaussEvolutionProducer
-
class
stochasticconsumer.
StatisticsConsumer
(func=None, statistics=None)[source]¶ Bases:
consumers.TransposedConsumer
run basic statistics on storage consumer result per time slice
-
class
stochasticconsumer.
StochasticProcessStatisticsConsumer
(func=None, statistics=None)[source]¶ Bases:
stochasticconsumer.StatisticsConsumer
run basic statistics on storage consumer result as a stochastic process
-
class
stochasticconsumer.
TimeWaveConsumer
(func=None)[source]¶ Bases:
consumers.TransposedConsumer
initiatlizes consumer by providing a function :param func: consumer function with exact 1 argument which will consume the producer state. Default will return state.value


This text is styled with some of the text formatting properties. The heading uses the text-align, text-transform, and color properties. The paragraph is indented, aligned, and the space between characters is specified. The underline is removed from the "尝试一下" link.


Welcome to the localization editor for Rakudo exceptions files. Please wait a few seconds for the Javascript VM version of Rakudo to load, it may take sometime (Camelia will show all of her colors when loaded).
To use this tool, simply select the appropriate .rakumod file for your language, found in the lib/Intl/X/ directory of the source (hint: you can also drag and drop it onto this window). It will be automatically loaded.
| Status | |
|---|---|
| Notes | This is a test |
| Original | |
| Translated | method message (X:D:) { |
} | |
| Sample | with attributes |


If this is the first time you visit this documentation it is recommended that you start here.
Pager.js contains a lot of functionality and extension-points.
They can be divided into 3 parts:
pager
-object,
page: {}
-configuration,
and pager.Page
-class.
navigationFailed
is now called onNoMatch
and is a $.Callbacks()
.startHashChange
is removed. start
should be used instead.{page:}
.page-href5
and page-hash
. Only use page-href
.


IDES Receiver
Decrypt zip files from the
IDES
gateway in your browser
Your browser is unsupported. Please check
here
for supported browsers, or download a modern browser from
here
.
Import your PEM-formatted RSA private key
{{errorPem}}
Show RSA Private key
Clear key from browser
More information
Sample private key
{{privateKeyText}}
Import the zip file received from the IDES gateway
Sample zip file
{{errorZip}}
Generate the decrypted and decompressed Signed XML
File from
{{from}} {{from=='000000.00000.TA.840'?'(IRS)':''}}
File to
{{to}}
Private key:
{{privateKey}}
{{privateKey.substr(0,10)+"..."}}
Private key full:
{{privateKeyFull}}
{{privateKeyFull.substr(0,10)+"..."}}
{{fn.name}} ({{fn.text.length}} characters)
{{fn.text}}
File from: {{from}}
File to: {{to}}
Cipher: {{cipher}}
Encrypted key ({{aesEncrypted.length}}): {{aesEncrypted}}
Decrypted key ({{aeskey.length}}): {{aeskey}}
IV: {{iv}}
Data encrypted: {{dataEncrypted}}
Data compresed: {{dataCompressed}}


Autocomplete dropdowns
Search all institutions
Search all pending institutions
Search all institutions AJAX
Selected institution:
Search all users
Search all pending users


Nikolaus Mayer / Johannes Klug
Regex are useful (so they say)!
TODO: xkcd, Liane
But they can also be frustrating.
TODO: xkcd, 99 problems.
How would you extract the phone numbers of all these people with a python program?
data = """Max Muster 01235/9123647
Eva Birne 034734/9349324
Adam Apfel +41(2352)3749237
Otto Graf von Grünensfeld +49(3249)334800""".splitlines()
for dataset in data:
for index, char in enumerate(dataset):
if char in (string.digits + '+'):
print(dataset[index:].strip())
break
This looks ugly enough for a simple tasks like that. Now imagine we would be dealing with Otto Graf von Grünensfeld der 1.
pattern = re.compile(r'([+]?[\d()/]+)', re.UNICODE)
for dataset in data:
m = pattern.search(dataset)
if m:
print(m.groups()[0])
Granted: this may look equally frightening if you haven't worked with regex before, but believe us it's much easier to maintain.
{a,b,c,?,(,)}
.
* What Python calls “regular expressions” is more powerful than that.
The finite automaton
recognizes the language {mx, max, maax, maaax, ...}.
This language is also described by the equivalent regular expression (ma*x)
* We can still do that, though — in a minute.
Groups “(...)
” allow access to parts of the match.
>>> text = 'Max Muster +49(0761)123123'
>>> RE = re.compile(r'[\w\s]+\+?[\d()/]+')
>>> print RE.search(text).group()
Max Muster +49(0761)123123
>>> RE = re.compile(r'([\w\s]+)(\+?[\d()/]+)')
>>> print RE.search(text).groups()
('Max Muster ', '+49(0761)123123')
>>> RE = re.compile(r'([\w\s]+?)\s*(\+?[\d()/]+)')
>>> print RE.search(text).groups()
('Max Muster', '+49(0761)123123')
Named groups “(?P<groupname>...)
” additionally allow identifiers for groups which can then be retrieved using a match’s .groupdict()
method.
>>> text = 'Max Muster +49(0761)123123'
>>> RE = re.compile(r'([\w\s]+?)\s*(\+?[\d()/]+)')
>>> print RE.search(text).groups()
('Max Muster', '+49(0761)123123')
>>> RE = re.compile(r'(?P<Name>[\w\s]+?)\s*(?P<Number>\+?[\d()/]+)')
>>> print RE.search(text).groupdict().items()
[('Name', 'Max Muster'), ('Number', '+49(0761)123123')]
Using a backreference “(?P=groupname)
”, a regex can reuse the matched text from the earlier named group “(?P<groupname>...)
”.
Let’s try to identify monetary transactions where the recipient is the same as the donor:
>>> transactions = [# Everything ok
... 'DONOR: Bill Gates; RECIPIENT: Thomas Edison',
... # Suspicious transaction!
... 'DONOR: Max Muster; RECIPIENT: Max Muster'
... ]
>>> RE_suspicious = re.compile(r'.*: (?P<Donor>.*); .*: (?P=Donor)')
>>> for ta in transactions:
... match = RE_suspicious.search(ta)
... if match is not None:
... print '!!! Suspicious transaction by', match.groupdict()['Donor']
!!! Suspicious transaction by Max Muster
This exceeds the theoretical capabilities of formal “regular” expressions and languages.
Regexes normally match as much as they can, but sometimes that is not desirable, e.g. when parsing HTML tags:
>>> text = '<h1> Header </h1>' # We want the 'h1' tag
>>> RE = re.compile(r'<.*>') # Greedy
>>> print RE.search(text).group()
<h1> Header </h1>
Make greedy operators *,+,?
non-greedy by appending a question mark: *?,+?,??
:
>>> RE = re.compile(r'<.*?>') # Non-greedy
>>> print RE.search(text).group()
<h1>
IGNORECASE
makes the regex case-insensitive UNICODE
allows matching unicode characters DEBUG
, MULTILINE
, LOCALE
>>> re.compile(pattern, re.UNICODE | re.IGNORECASE | ...)
VERBOSE
allows arbitrary whitespace and comments within the pattern and is useful when writing complex regexes.
>>> re.compile(r'''
... (?P<Name>[\w\s]+?) # Person's name
... \s* # (whitespace divider)
... (?P<Number>\+?[\d()/]+) # Person's phone number
... ''',
... re.VERBOSE)
Caveat: To match a literal whitespace when using this flag, it has to be escaped as “\s
” or “\
”.
This usage pattern is typical for “flags”: Their values are numbers with a single 1 in their binary representation:
re.UNICODE = 64 = 0x01000000
re.IGNORECASE = 32 = 0x00100000
When chained with “|”, the 1s accumulate:
re.UNICODE | re.IGNORECASE = 0x01100000
The runtime can then check which positions are 1.
Python’s “re
” expressions do not support overlapping matches.
>>> text = '123 456 789 012 345'
>>> RE = re.compile(r'\d{3} \d{3}') # Two three-digit groups
>>> for match in RE.finditer(text):
... print match.span()
(0, 7) # 123 456
(8, 15) # 789 012; missing: 456 789, 012 345
Solution: DIY :P or use the regex
module*
*https://pypi.python.org/pypi/regex


Your modern and simple way of buying reliable insurance.
Easy insurance. Your way. Great prices.
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SUNSHINE A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): *** 1/2
István Szabó's SUNSHINE is an epic story about three generations of non-religious Hungarian Jews. Set against the turbulent backdrop of the changing twentieth century and spanning three repressive regimes (monarchy, Nazi and Communist), it stars two-time Academy Award nominee Ralph Fiennes as son, father and grandfather -- an incredible feat that he pulls off quite convincingly.
Subtly posing provocative questions about love, religion, family, discrimination and nationalism, the ambitious and successful film has a single significant flaw -- at 3 full hours, it is too short. With a great cast, Szabó introduces so much material that a 6-hour miniseries would have been more appropriate. This however should not dissuade anyone from seeing this version since it does not suffer from being too short, rather it just makes us wish it were longer.
"I predict that this will be a century of love, justice and tolerance," Ignatz (Fiennes) predicts incorrectly at the start of the twentieth century. Ignatz is an ambitious and rather malleable judge who bends too often to the prevailing winds. The love of his live is his sister, Valerie (Jennifer Ehle), with whom he marries and has children, including Adam (Fiennes). It's not quite as bad as it seems since they are actually cousins, but she grew up in their family and he calls her sister. Ehle looks so fetching that it is easy to understand the temptation.
This excessive family love will reappear more than once. A generation later Adam tells his sister-in-law, Greta (Rachel Weisz), "We're lucky -- in this family everyone is in love with everyone else," and he doesn't mean this in an entirely positive way.
Valerie is a fascinating character in her own right. She's a free spirit, who observes, "I want to grow like a wild flower, where it belongs," when it is suggested that she might want to change countries. Later in the picture Rosemary Harris (Jennifer Ehle's real-life mother) gives a wonderfully warm and inviting performance as the older Valerie.
Led by a headstrong Ignatz, the family makes many changes, not the least of which is changing the family name to something more Hungarian (read not Jewish). This helps move his career along. Later his son, Adam, converts to Christianity to advance his prospects. "You made the right choice -- assimilation is the only way," Adam is congratulated by one of his well-placed friends.
Adam's son, Ivan (Fiennes), lives through the Nazi era only to discover that the anti-Semitism is almost as brutal under the Communists.
The constant changing of the guard In Hungary is shown through archival footage into which Fiennes is sometimes placed, giving the movie an extra dose of realism.
A beautiful film, it has gorgeous cinematography and sumptuous sets, including lavish interiors of Government buildings and of wood-paneled coffee houses.
"What was the purpose of this miserable life?" Ignatz's brother, Gustave (John Neville), asks Valerie on his deathbed. It's a good question and naturally doubles back on question of the value of God. From Ignatz on, the family motto seems to be that if you don't believe in God, you might as well pledge allegiance to which ever God is most popular, hence the conversion from Judaism to Christianity and later to Stalinism, a state religion.
"If there is no God and there never was a God, why do we miss him so much?" Ivan asks Valerie. Another good question. Perhaps part of the answer lies in the saying that Adam kept on his desk: "We are afraid to see clearly and to be seen clearly." Ultimately the film is about this wandering in the wilderness of life, trying to avoid seeing what we want to ignore and being seen for what we are.
SUNSHINE runs 3:00. It is rated R for sex, violence, language and nudity and would be acceptable for older teenagers.
Email<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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For the best experience please use the latest Chrome, Safari or Firefox browser.
Sina Weibo has an identification policy. It is like Twitter's verified account which could verify the identity of famous person, organization and so on. Once a user gets through the verification on the internet, a colorful V will be added behind their username. An orange V is for people while a blue one is for organizations and companies. Also there will be a graph and a declaration on its user page to show the verification. There are several kinds of verifications: personal verification, college verification, organization verification, verification for official accounts (accounts of government departments, social media platforms and famous companies) weibo master (people bind the accounts with their phone numbers and their followers). When the number of microblogs reach the threshold, they can apply the verification of "weibo master".
Use a spacebar or arrow keys to navigate


Privacy Policy of EOSC User Dashboard
The EOSC User Dashboard platform, URL: my.eosc-portal.eu, (hereinafter referred to as "UD" or "Application") abides by the following principles when handling personal information:
- We collect a small amount of personal information about our users in order to provide them with our content, products and services;
- We limit the sharing or disclosure of this personal information to our needs or to comply with applicable legal requirements;
- We give users meaningful choices over the use of their personal information;
- We strive to protect the personal information that we hold.
This Privacy Notice describes the policies applied with respect to the personal information collected through the UD, or when the UD communicates with its users ("you" or "user"), and the choices that are made available to them. "Personal Information" means any information that relates to an identified or identifiable individual.
The EOSC User Dashboard is a visual display of your personal website space. Each User can define and design his own scientific profile and - based on it - receive resources tailored to their needs. Among others, User Dashboard includes: the user profile, settings, personalized content, user space access and feedback mechanisms. Recommended resources are provided via EOSC Marketplace website.
The project is co-funded by the European Commission, therefore the EU data processing law applies. The policy on "protection of individuals with regard to the processing of personal data by the Community institutions" is based on EU regulation as described in EC Legal notice on personal data protection.
1. Your consent
Your use of the UD signifies that you agree to all terms of this Privacy Notice. If you communicate with us and provide us with personal information, we will assume that you agree that we can use this information to communicate with you. If you disagree with any part of this Privacy Notice, please do not use the UD or communicate with us.
2. Scope
This Privacy Notice applies solely to personal information that the Application collects through the UD or through any electronic communications that you send to the Application, as indicated on the UD (Personal Data). It does not apply to the websites of third parties, such as business partners or sponsors, to which the UD may link. The Application does not endorse, nor is responsible for the content of these third-party websites, or their policies or practices. If you provide any personal information to or through third party websites, your transaction will be subject to the terms and conditions and the privacy policies of these third-party websites.
3. What information we collect, and how we collect it.
The Application manages different types of data, all in compliance with the current European legislation on Data Protection. Any Data concerning the User is collected to enable the EGI Foundation to provide its services, as well as for the following purposes: tag management, displaying content from external platforms, analytics, contacting the user, managing contacts and sending messages, Interaction with data collection platforms and other third parties. Among the types of Personal Data that this Application collects, by itself or through third parties, are: cookies, usage data, first name, last name, email address, various types of data including User affiliation and country.
Data voluntarily supplied by the User - The UD is designed for registered users only, which means it requires some personal information. The data collected and further processed are necessary to access the Application, as well as for communication and follow-up activities. Said consent may be revoked at any time, whereby the ability to use the service in question ceases.
EOSC Portal Marketplace Resource Information - The main entity managed by the Marketplace portal is a resource. A resource is described by a well-defined schema, which contains:
- basic information about the resource , such as the resource ID, name, description, provider, etc.,
- marketing information related to the target users, multimedia related to the resource, etc.
- classification information, such as the category and the scientific domain related to the resource,
- location information, i.e. countries and languages the resource is available,
- contact information, i.e. public contact details for the person who is responsible for replying to user requests for this service,
- maturity information, i.e. TRL, version, phase , etc.,
- dependencies to other EOSC resources,
- attribution to funding bodies and projects,
- management information, i.e. terms of use, helpdesk and other operational information,
- access and order information,
- financial information, such as price or financial model.
EOSC User Dashboard usage activity and user-collected information - Users of the platform are authenticated end-users who access and browse the UD. Usage events and statistics are collected by the Application and then analyzed to produce consolidated statistics and recommendations for related searches for the user.
The following information about user visits is collected in the EOSC User Dashboard database:
- the user unique identifier,
- first name,
- last name,
- email,
- reason for accessing EOSC services,
- country of origin,
- customer typology, i.e., researcher, citizen, educator, provider, etc.,
- organization/company,
- country of collaboration,
- webpage of the EOSC portal accessed,
- ordered services,
- messages (communication with support team),
- user rating information
Users are responsible for any third-party Personal Data obtained, published or shared through this Application and confirm that they have the third party's consent to provide the Data to the EGI Foundation.
Cookies - Any cookies or other tracking tools used by this Application, or by the owners of third-party services used through this Application, serve the purpose of providing the service required by the User, in addition to any other purposes described in the present document and in the Cookie Policy, if available.
4. Where and How the Data is processed
Location - The Data is processed at the Data Processor’s operating offices and in any other places where the parties involved in the processing are located. For further information, please contact us at<EMAIL_ADDRESS>Duration of Processing - Data processing is limited to the time necessary to perform the service requested by the User. Unless otherwise requested by the European Commission, any data kept for the purposes of a project is retained for the duration of the project, plus the period requested by the European Commission (typically 3 years) after the project ends. However, the User can ask at any time to interrupt the processing of the Data or have Data canceled.
Log information - Our server software automatically gathers general information from all users. For example: IP address, computer type, screen resolution, OS version, domain name, location, date and time of the visit, page(s) visited, time spent on a page, website from which the user came, action taken by the user when leaving our UD. Some of this information is provided directly by the user's browser, the remainder is obtained through cookies and tracking technologies.
Registration information - Webinars and other events may be provided with the assistance of unaffiliated third-party vendors, which may require that the vendors have access to personal information such as name, company, and email address. These vendors will provide us with this information, so that we can keep track of who registers to, or attends these events. In this case, the information that you provide as part of this registration will be subject to both our Privacy Notice and the applicable privacy statement posted on the vendor's website.
Children - The UD is not intended for children. Nor does the Application knowingly collect personal information from children.
5. Interaction with social networks and external platforms
This kind of service allows you to interact with social networks, or other external platforms, directly from the pages of this application. The information acquired by the Application through this interaction is in any case subject to the User's privacy settings related to each social network. If an interaction service with social networks is installed, it is possible that, even if the Users do not use the service, the latter collects traffic data relating to the pages in which it is installed. Like button and Facebook social widgets (Facebook, Inc.):
- The "Like" button and Facebook social widgets are services of interaction with the social network Facebook, provided by Meta Platforms, Inc. Personal Data collected: Cookies and Usage Data. Place of processing: USA - Privacy Policy
- Tweet button and Twitter social widgets (Twitter, Inc.) The Tweet button and Twitter social widgets are services of interaction with the Twitter social network, provided by Twitter, Inc. Data acquisition and third-party platforms: Mailchimp Widget Place of processing: USA - Privacy Policy Personal Data collected: email, name, surname Managed by Trust-IT Srl
6. How we use this information
The Application uses personal information for the following:
- Fulfillment of requests - We may use your personal information to deal with your inquiries, register you to our events, and send you the publications or documents that you request.
- Personalized recommendations - the Application automatically collects and stores certain types of information about User’s activity in EOSC Portal, including your interaction with provided resources and services available through the Website. Such processing includes ‘profiling’ that consists of automated processing of personal data evaluating your scientific interests and activity on the Website - in order to predict what resources will be the most interesting for a specific User.
- Internal business purposes - We may use the collected information for internal business purposes, such as for audits or to track attendance at events.
- Site operation - We use cookies to assign a unique identifier to a user's computer.
- Statistical analysis - We use aggregated data about UD usage (which do not identify a specific user), such as the number of users who have visited certain pages of the UD, or how long users are spending on a particular page, in order to develop statistics as to the use of the SUD, so that we can understand how users interact with the UD, to improve its content, products, or services.
- Displaying content from external platforms.
7. To whom your personal information is disclosed
The Data Controller is responsible for the Data of Users in a proper manner and takes appropriate security measures to prevent unauthorized access, disclosure, modification, or destruction of the Data.
Data Controller:
The EGI Foundation
Science Park 140
1098 XG Amsterdam
The Netherlands
Data Protection Officer
Science Park 140
1098 XG Amsterdam
The Netherlands
E-mail<EMAIL_ADDRESS>The Data processing is carried out using computers and/or IT enabled tools, following organizational procedures and practices strictly related to the purposes indicated. The Data Processor processes the Data of Users in a proper manner and shall take appropriate security measures to prevent unauthorized access, disclosure, modification, or unauthorized destruction of the Data.
Data Processor
ACC Cyfronet AGH
Nawojki 11
30-950 Kraków
Poland
E-mail:
<EMAIL_ADDRESS>In addition to the Data Controller and Data Processor, in some cases, the Data may be accessible to certain types of persons in charge, involved with the operation of the UD (administration, sales, marketing, legal, system administration) or external parties (such as third-party technical service providers, mail carriers, hosting providers, IT companies, communications agencies, e.g. EOSC Future, EOSC Association) appointed, if necessary, as Data Processors by the EGI Foundation. The updated list of these parties may be requested from the Data Controller at any time.
The Application Members - We may share personal information with members of a Consortium for the purpose of creating a knowledge base and potential customer leads for the exploitation of results and assets.
EOSC Portal Marketplace Database (Managed by ACC Cyfronet AGH): the user unique identifier, first name, last name, email, reason for accessing EOSC services, country of origin, customer typology, organization/company, country of collaboration, webpage, ordered services, messages (communication with support team), user rating information.
Law enforcement; compliance - We may use or disclose personal information to any third party (a) if we believe that we are required to do so by law; (b) to comply with legal processes or respond to requests from governmental or public authorities; (c) to prevent, investigate, detect, or prosecute criminal offenses or attacks on the technical integrity of the UD or network; (d) to enforce our Terms and Conditions; or (e) to protect the rights, privacy, property, business, or safety of the Application, its business partners, employees, members, UD users, or the public. Unless prohibited by applicable law, we will inform you if a third party requests access to personal information about you.
8. Right to access and rectification
You have the right to have access to the personal information that we hold about you, and to have this information corrected and amended, as defined in the GDPR art. 12, 15, 16. To do so, please contact us as indicated in section 16. However, please be aware that in some cases, the administrative and technical burden associated with the retrieval of archived data may be substantial. We would need to be compensated for this effort in a manner that is consistent with our actual cost.
9. Right to erasure
You have the right to request that we delete any Personal Information that we hold about you. The Application is compliant with the Right to Erasure as defined in the GDPR, art. 17. If you would like us to erase the Personal Information that we hold about you, please contact us at<EMAIL_ADDRESS>10. Right to object
You have the right to object at any time to the processing of your personal data, on grounds relating to your particular situation, as defined in the GDPR, art. 21. Please note that all the data you provide on this website will be used only for delivery of the services provided by the Application, as described in section 5. If you would like to apply your right to object, please contact us by email at<EMAIL_ADDRESS>11. Retention of information
We will retain personal information about a user for as long as necessary to fulfill the purposes outlined in this Privacy Notice, unless a longer retention period is required by law and/or regulations. The User can always request that the Data Controller suspend or remove the data.
12. Security
The Application seeks to adopt commercially reasonable security measures consistent with industry practice to protect personal information under its control against loss, misuse, and alteration. However, we cannot guarantee the security of our servers, the means by which personal information is transmitted between your computer and our servers, or any personal information that we receive through or in connection with the UD.
We attempt to strike a reasonable balance between security and convenience. Emails are usually sent as unencrypted text. If misrouted or intercepted, an unencrypted email could be read easily. If there is a matter that requires high security or confidentiality, please keep us informed about the sensitivity of the information, and do not send the related information by email.
13. Jurisdiction
The Application does not represent or warrant that the UD is appropriate or available for use in any particular jurisdiction. Those who choose to access the UD do so on their own initiative and at their own risk, and are responsible for complying with all local laws, rules, and regulations that apply to them. We may limit access to the UD to any person, geographic area, or jurisdiction that we choose, at our sole discretion.
14. Inquiries and Complaints
If you have any questions, comments, or complaints about this Privacy Notice, or the use, management or disclosure of personal information collected on or through our UD, please contact us at<EMAIL_ADDRESS>15. Updates to the Privacy Notice
We update this Privacy Notice from time to time. If the changes are significant, we will post prominent notification on this UD for a reasonable time to inform you of these changes. Unless, and until, you object in writing, by contacting us at<EMAIL_ADDRESS>all changes will apply to the existing information about you that the Application already holds, and the personal information collected from the effective date of the revised Privacy Notice. Your use of the UD following the effective date of any revision will constitute your acceptance of the terms of the updated Privacy Notice.
16. How to contact Us
If you have any questions, comments, or complaints, regarding this Privacy Notice, or our privacy, security or data protection practices, please contact us by email at cyfronet-security@mailman.eosc-portal.eu.


{% url 'sign-in' as sign_in %} {% url 'sign-up' as sign_up %} {% if not request.path == sign_in and not request.path == sign_up %}


| < Day Day Up > |
1.6. Emacs CommandsYou're about to start learning some Emacs commands, so let's discuss them a bit first. How do you give commands? Each command has a formal name, which (if you're fastidious) is the name of a Lisp routine. Some command names are quite long; you usually wouldn't want to type the whole thing. As a result, we need some way to abbreviate commands. Emacs ties a command name to a short sequence of keystrokes. This tying of commands to keystrokes is known as binding. Even things you don't normally think about as commands, such as inserting the characters that you type, are handled through the binding mechanism. Keys like "A" are bound to the Emacs command self-insert-command, which inserts them into the buffer you are editing.[4] Most actions that you would normally think of as editor commands are bound to keystroke sequences starting with Ctrl or Meta. Emacs also binds some commands to mouse clicks (alone or modified by Shift or Ctrl) and to options on menus.
The authors of Emacs try to bind the most frequently used commands to the key sequences that are the easiest to reach. Here are the varieties of key sequences you'll encounter:
You can define your own key bindings, too, and you should do so if you find yourself using the long form of a command all the time. More on this topic in Chapter 10. You can also access common commands through menus, but for maximum productivity, we recommend you learn the keystrokes, often given in parentheses following the menu option. |
| < Day Day Up > |


The VolumeWeightedAveragePriceExecutionModel
works to fill your orders at or better than the volume-weighted average price (VWAP) for the trading day. This is a best-effort algorithm, so no guarantee can be made that it will reach the VWAP.
The model uses market orders and it only works if the security subscription provides intraday data. It sets a maximum order size of 1% of the current bar's volume, but you can update the maximum order size through the MaximumOrderQuantityPercentVolume
member.
SetExecution(new VolumeWeightedAveragePriceExecutionModel());
self.SetExecution(VolumeWeightedAveragePriceExecutionModel())
To view the implementation of this model, see the LEAN GitHub repositoryLEAN GitHub repository.


Memory Address
Posted:
Fri Jul 06, 2007 2:30 pm
by 9sam1
Does anyone here know how to find memory address's? I need them to get the Hgooey Xendll working but i dont know how to find them
Posted:
Fri Jul 06, 2007 5:42 pm
by Karl G.
Ugh, finding memory addresses is not fun. Usually it goes something like this:
take a snapshot of a program's memory block with some sort of utility when you KNOW the value of you're looking for
examine the memory snapshot with a hex editor to find all instances of that value and write them down
go back into the program, take another snapshot when you know what you're looking for, but its value is different
examine the memory addresses you wrote down to see which ones match the new value
repeat until there's only 1 left
Not much fun :/


- print(x1,...,xn)
- Print the arguments to the command-line interface.
The output representations of
the arguments are joined together without any separating character
or spacing. Does print a line break thereafter. If the function is
called with no argument, it only prints a line break.
- put(x1,...,xn)
- Does the same as print, but does not print a line break.
- input(), input(prompt), input(prompt,history)
- Read a line of input from the command-line interface and return
the input as a string. The line break at the end of the input line is
not contained in the string. If the POSIX terminal interface is
accessible, use
history
(a list of strings) as a history
to choose from.
- str(x)
- Convert
x
into a string.
- str(x,format,precision)
- Convert the floating point number
x
into
a string.
# format = "[+|-](f|e|E|g|G)"
s = str(math.pi,"f",4)
- int(x)
- Convert
x
into an integer if possible.
- float(x)
- Convert
x
into a floating point number
if possible.
- bin(x)
- Binary representation of an integer.
- oct(x)
- Octal representation of an integer.
- hex(x)
- Hexadecimal representation of an integer.
Hexadecimal representation of binary data.
- ord(s)
- Take a string of length one and return the code point of the
Unicode character.
- chr(x)
- Take an integer value
x
and return the Unicode
character at code point x
.
Return null
if x
is out of domain.
A default value may be specified by null coalescing operation:
c = chr(x) or else '?'
- list(x)
- Convert the iterable object
x
into a list.
> list(1..4)
[1, 2, 3, 4]
- map(x)
- Convert the iterable object
x
of
[key,value]
pairs into a map.
> map([["a",1],["b",2]])
{"a": 1, "b": 2}
- set(x)
- Turn an iterable object
x
into a set.
> set(1..4)
{1, 2, 3, 4}
- iter(x)
- Take an iterable object and return an iterator.
> i = iter(1..)
> [i(),i(),i(),i()]
[1, 2, 3, 4]
- cycle(x)
- Take an iterable object and return a cycling iterator.
> cycle(1..4).list(10)
[1, 2, 3, 4, 1, 2, 3, 4, 1, 2]
- len(a)
- Number of elements of
a
. The object a
should be a data structure that has this property.
- rng(a..b), rng(a..b,seed)
- Return a random number generator that returns random integers
from
a
inclusive to b
inclusive.
Currently the generator is not cryptographically secure.
> r = rng(1..4)
> [r(),r(),r(),r()]
[2, 1, 3, 3]
> r.list(10)
[1, 1, 4, 2, 3, 4, 1, 2, 1, 1]
- rng(a), rng(a,seed)
- Return a random number generator that chooses an element of
the list
a
randomly.
- rng(), rng(seed)
- Return a random number generator that returns floats
between zero and one.
- read(id)
- Read the text file with filename
id
and encoding
UTF-8
. Return the contents as an
UTF32
-string.
- load(id)
- Load the module with filename
id
and
return the module object. The function load
can be used in a more general way than import statements
(keyword use
). One can achieve dynamic loading
this way.
> math = load("math")
> math.floor(2.4)
2.0
- abort(), abort(text)
- Terminate the current program. Raises an exception.
- abs(x)
- Absolute value of
x
. Returns an integer if
x
is an integer. Takes also complex numbers.
- sgn(x)
- Sign of
x
. Returns an integer if
x
is an integer.
- max(a,b)
- Return the maximum of
a
and b
.
- min(a,b)
- Return the minimum of
a
and b
.
- pow(a,n,m)
- Modular exponentiation: calculate
(a^n)%m
fast.
- const(x), const(n,x)
- Shallow freeze a mutable object
x
and return it.
If n
is given, deep freeze x
by
depth n
.
If n
is null
, freeze the complete
tree. Note that const(x)
is equivalent to
const(1,x)
.
- copy(x)
- Construct a shallow copy of the object
x
and return it. For deep copy see copylib.
- type(x)
- Prototype of
x
.
- record(x)
- Slot table of
x
.
- getattr(x,key)
- The same as
x.(key)
, but returns null
instead of an exception, in case the property was not found. Usage pattern:
y = getattr(x,key) else default_value
- extend(a,b)
- Insert all slots of
b
into the slot
table of a
. Already existent slots
of a
will not be overwritten.
- zip(a1,...,an)
- Take the iterables
a1,...,an
and return an iterator
that produces lists [y1,...,yn]
for yk
in ak
until one of the iterators
is exhausted.
> zip("abcd",[1,2,3,4]).list()
[["a", 1], ["b", 2], ["c", 3], ["d", 4]]
> zip("abcd",1..).list()
[["a", 1], ["b", 2], ["c", 3], ["d", 4]]
> zip(1..,1..).map(|[x,y]| x*y).list(10)
[1, 4, 9, 16, 25, 36, 49, 64, 81, 100]
> (1..).map(|x| x*x).list(10)
[1, 4, 9, 16, 25, 36, 49, 64, 81, 100]
Note that, for a list of lists, zip
is an involution:
a == zip(*zip(*a)).list()
- eval(s), eval(s,m)
- Execute a string as a program. Free variables are from
the current environment (only global variables).
If the map
m
is given, use it as an environment for free/global variables.
> x=12
> eval("2*x")
24
> eval("a=[1,2]")
> a
[1, 2]
> eval("x*y",{x=360,y=240})
86400
- a.push(x)
- Append
x
to a
.
- a.append(b), a.push(*b)
- Append all elements from
b
to a
.
- a.plus(x)
- The same as
a.push(x)
, but returns a
.
- a.pop()
- Remove the last element of
a
and
return it.
- a.pop(i)
- Remove the element at index
i
from a
and return it. Thus, a.pop(0)
removes the first element.
- a.insert(i,x)
- Insert the object
x
at index i
.
Beforehand, all elements from index i
inclusive onwards
are shiftet one position to the right.
- a.clear(), a.clear(n)
- Remove all elements.
Remove all elements, but keep the first
n
.
- a.map(f)
- Create a shallow copy of
a
, apply the
function f
to every element of this copy and return
the result.
> [1,2,3,4].map(|x| 2*x)
[2, 4, 6, 8]
- a.filter(p)
- Filter all elements from
a
for which the
predicate p
is true.
> [1,2,3,4].filter(|x| x%2==0)
[2, 4]
- a.rev()
- Reverse
a
and return it.
Does not create a shallow copy, a
itself will be
modified.
> list(1..4).rev()
[4, 3, 2, 1]
- a.rot(n)
- Rotate
a
by n
positions.
If n>0
, rotate to the right side.
If n<0
, rotate to the left side.
- a.shuffle()
- Shuffle
a
randomly and return it.
Does not create a shallow copy, a
itself will be
modified.
> list(1..10).shuffle()
[10, 9, 5, 3, 1, 7, 6, 2, 8, 4]
- a.chain(), a.chain(x)
- Construct a new list with the same elements, but if elements
of
a
are lists or ranges, these will be unpacked.
When x
is given, insert it between the unpacked
lists.
> [[1,2],[3,4]].chain()
[1, 2, 3, 4]
> [[1,2],11..14,3,4].chain()
[1, 2, 11, 12, 13, 14, 3, 4]
> [[1,2],[3,4]].chain(0)
[1, 2, 0, 3, 4]
- a.all(p), a.all()
- Universal quantifier: Return only true if the
predicate
p
is true for all elements of a
.
> [1,2,3,4].all(|x| x%2==0)
false
- a.any(p), a.any()
- Existential quantifier: Return true if the
predicate
p
is true for at least one element
of a
.
> [1,2,3,4].any(|x| x%2==0)
true
- a.count(p), a.count()
- Apply predicate
p
to every element of a
and
count how often it is true. If no predicate is given, the
total number of elements will be returned.
> [1,2,3,4].count(|x| x%2==0)
2
- a.until(p)
- Return a new iterator that takes elements from
a
as long as the predicate p
is false.
isprime = |n| n>1 and (2..).until(|i| i*i>n).all(|i| n%i!=0)
- a.sum(f), a.sum()
- Calculate the sum of all
f(x)
for x
in a
.
- a.prod(f), a.prod()
- Calculate the product of all
f(x)
for x
in a
.
- a.reduce(f), a.reduce(e,f)
- Reduce the iterable
a
from left to right by the
binary function f
. That means, if f
is
regarded as a left associative binary operator, this operator is
inserted between all elements of a
.
If e
is given, it is used as initial element.
# 1+2+3+...+99+100
> (1..100).reduce(|x,y| x+y)
5050
> (1..4).reduce("#",|x,y| x+"/"+str(y))
"#/1/2/3/4"
> fac = |n| (1..n).reduce(1,|x,y| x*y)
> fac(6)
720
- a.map(f)
- Apply the function
f
to every element of
a
and return a new iterator.
> (1..).map(|x| x^2).list(10)
[1, 4, 9, 16, 25, 36, 49, 64, 81, 100]
- a.filter(p)
- Filter all elements from
a
for which the predicate p
is true and
return a new iterator.
> isprime = |n| (1..n).count(|k| n%k==0)==2
> (1..).filter(isprime).list(10)
[2, 3, 5, 7, 11, 13, 17, 19, 23, 29]
- a.max(), a.max(p)
- Return the maximum of a. Return the maximum based on a
projection
p
.
- a.min(), a.min(p)
- Return the minimum of a. Return the minimum based on a
projection
p
.
> a = [[1,"dca"],[2,"b"],[3,"ab"]]
> a.min(|t| t[0])
[1, "dca"]
> a.min(|t| t[1])
[3, "ab"]
> a.min(|t| len(t[1]))
[2, "b"]
- a.join(sep="",left="",right="")
- Apply
str
to each element and join the strings
together.
> (1..4).join()
"1234"
If sep
is given, it will be inserted between.
> (1..4).join(", ")
"1, 2, 3, 4"
The result will be surrounded by left
and right
, if given.
> (1..4).join(", ","(",")")
"(1, 2, 3, 4)"
- a.enum(), a.enum(start)
- Return an iterator that enumerates the elements of
a
.
> "abcd".enum().list()
[[0, "a"], [1, "b"], [2, "c"], [3, "d"]]
> "abcd".enum(1).list()
[[1, "a"], [2, "b"], [3, "c"], [4, "d"]]
- a.list(), a.list(n)
- Take the iterable
a
and return its elements
as a list. If n
is given, a maximum number of
n
elements will be taken. This is equivalent to
a.take(n).list()
.
> (1..).list(4)
[1, 2, 3, 4]
- a.take(n)
- Return a new iterator that takes a maximum number of
n
elements from the iterable a
.
- a.skip(n)
- Leave out the next
n
elements of the iterable
a
.
- a.chunks(n)
- Return a new iterator with the same elements, but the elements
are grouped to chunks of size
n
.
> (1..6).chunks(2).list()
[[1, 2], [3, 4], [5, 6]]
- a.sort(), a.sort(p), a.sort(p,cmp)
- Sort the iterable and return it. If
a
is a list, it
does not create a shallow copy, thus a
itself will be
modified. The function
p
is a projection on which the sorting is based,
also known as key function.
The function cmp
is an alternative binary comparison
function. The sorting algorithm is not required to be stable,
and cannot be, as cmp
does not return information
about the equality case.
> a = ["oak", "Elm", "willow", "birch"]
> a.sort()
["Elm", "birch", "oak", "willow"]
> a.sort(|x| x.lower())
["birch", "Elm", "oak", "willow"]
> a.sort(len)
["oak", "Elm", "birch", "willow"]
> a.sort(null,|x,y| x>y)
["willow", "oak", "birch", "Elm"]


Monospace has been renamed to MonkeySpace! We felt that the name Monospace deterred certain developers, because they thought the conference was only about Mono. We want to change that perception and align the conference name to it's mission. That mission, help promote and educate developers in cross-platform and open-source development in .NET.
If you have any questions, please don't hesitate to contact us.
This page will automatically redirect you to the new MonkeySpace website, if it doesn't you can reach the new site here.


App Framework
Starting app
What
Login View (modal)
Drawer
Ajax
Toast
Form Elements
Popup
Actionsheet
Button Groups
cards
Foobar stuff goes here
One
two
three
Card One
Card Two
Meeting
This is card content
Hide Left
Hide Active
Hide Right
Cover Left
Cover Right
Left Push
Left Reveal
Right Push
Right Reveal
What
This is the right nav
Bar
About
Bar
About
Login
Test
Alert
Back
asdf
more stuff


Getting Started¶
In general, BIASD uses the SMD data format (DOI: 10.1186/s12859-014-0429-4) for data storage, though this is not required. It also uses emcee (arXiv:1202.3665) to perform the Markov chain Monte Carlo (MCMC), though the Laplace approximation is also provided, which does not use emcee. To start using BIASD, you will need to first install some Python packages, and maybe compile some libraries if your want reasonable computational performance.
Software Requirements¶
Most of BIASD is written in Python. In general, you can run a Python script (.py) from a terminal with
python myscript.py
BIASD depends upon several Python packages, which must be installed. These can easily be obtained with the conda package manager, which is most efficiently obtained by installing Continuum Analytics’ Miniconda. After installing Miniconda (the 64 bit, Python 2.7 version), you can then get the Python packages you will need.
You will need to use conda to install pip (version 9.0), numpy (version 1.11), scipy (verison 0.18), and matplotlib (version 1.5). For saving in the HDF5 SMD format, you will also need h5py (version 2.6) – these versions are up-to-date as of writing. In a terminal, install these packages with
conda install pip numpy scipy matplotlib h5py
Once you have pip installed, you can install emcee for MCMC and corner for plotting purposes from a terminal window with
pip install emcee corner
Adding BIASD to the Python Path¶
In order for your version of Python to find BIASD, you’ll need to add the folder containing the BIASD code into your environmental variable PYTHONPATH. To do this, you’ll need to edit your shell startup script with a text editor. This is located at /Users/<username>/.profile for mac, or /home/<username>/.bashrc if you’re using bash for linux/unix; here, you should replace <username> with your username. At the end of your file, add the line
export PYTHONPATH="${PYTHONPATH}:/path/to/the/biasd/folder/you/downloaded"
which assumes that you downloaded the BIASD package to /path/to/the/biasd/folder/you/downloaded. Note, that you need to either restart your terminal window, or source the startup script, e.g.
source ~/.bashrc
After this, you should be able to use BIASD with Python. However, you should compile the likelihood function if you want better performance.


Distributed tracing of transactions for an existing financial transaction processing pipeline
Worked in a team to design and develop a distributed tracing mechanism for tracing Microsoft’s financial transactions flowing through multiple sub-systems
Enhanced the design to support tracing of batched transactions which can further split into multiple discrete transactions and multiple batched transactions and so on such that each final discrete transaction can be traced individually.
Developed a service to track the failed transactions and trace it back to its previous hop.
Developed a tool to onboard new clients (existing Lines Of Business with financial transactions) onto the tracking system and streamlined the onboarding process.
Implemented additional key features of the tracing system including correlation of transaction with acknowledgements at various stages and associating arbitrary contextual information at each hop of the transaction.
A UI powered by a REST API provided stakeholders to query the progress of each individual transactions. Worked on the API part to implement the search functionality based on various properties of transactions.


Unibet Greatwood Hurdle report: Harambe wins for Alan King and Thomas Bellamy
by Matt BrocklebankHarambe provided trainer Alan King with his second Unibet Greatwood Hurdle victory in three years with a tenacious success at 16/1.
King sent out Elgin to win the valuable handicap in 2017 and repeated the dose as the Thomas Bellamy-ridden Harambe stayed on best in the testing conditions to emerge on top in a tight, three-way finish.
The winner was one of the last to play their hand and just nosed ahead in the closing stages, taking over from Monsieur Lecoq under Lizzie Kelly who looked booked for victory. Gumball boxed on bravely towards the stands' side rail to split that pair, going down by just a neck with the same distance back to Monsieur Lecoq.
It was a third victory over obstacles for the six-year-old Harambe on his first Cheltenham appearance.
Harambe's joint-owner Niall Farrell said: "He had a bit of blip last week and we took our time with him. He did a bit of work during the week and we took our chance. He is a lovely horse that we brought through from the stores.
"We've had him since a baby and brought him through bumpers, novice hurdles and handicaps. We thought it would be a nice opportunity and we hoped we would get here. It was going well until last week, but I couldn't be happier.
"It's a bit like everything else, time and patience with a good team behind him and they have done a super job. It will be interesting when he goes over a fence."
He added: "This is huge. Coming here and having a runner is brilliant. To have a winner in the Greatwood, which is a huge race, is brilliant.
"I've been with Alan nearly 15 years now and that's his 98th winner for me."
Bellamy said: "I'm absolutely chuffed for the horse as much as anything. We've always known he had plenty of ability, but we were just waiting for it to come right on the day and it has today.
"It's massive. I had a winner at the last Cheltenham meeting in October and that meant a lot, but a big race like today, a Grade Three, is great.
"It was his first big handicap, and I thought, 'ride him to run well and anything else is a bonus'. He was running well and the bonus happened.
"Today was a big step forwards for him, so hopefully it is onwards and upwards."


--- title: "First Meeting Announced" layout: post ---
The Dallas BizTalk User Group has announced its first meeting will be held on November 13th at the Microsoft Las Colinas Campus. Details can be found here.


Content + Interactivity = Fun!
HTML & CSS: The journalist and the designer
Journalists are good at informing the public through dissemination of facts, in the process giving meaning to people's lives by clarifying what the consequences of those facts are.
Designers amplify this meaning by interpreting the story and presenting it in a manner that improves the uptake of the facts and helps generate emotions in the reader.
HTML is like the journalist, in that it supplies a browser with details of what specific pieces of content on the page are meant for. CSS is like the designer in that it helps create visual hierarchy and structures the layout of that content in aid of consuming and understanding the content more readily.
Flow control: The dreaded nappy
A computer program's code is read from top to bottom, same as a list of instruction. Certain portions of the code can however be repeated by using loops.
I'm a parent with a 2-year-old boy that's still in nappies. The nappy changing process would go something like this:
- Smell funky smell
- Look over at son who's giving me a naughty grin
- Pick son up and take him to the bathroom and get nappy supplies on the way
- Put peg on nose
- Undo nappy
- Grimace in disgust
- Get toilet paper/some form of wipe
- Start loop:
If (bum is dirty)
- Wipe
- Check
- Rejoice!
- Put dirty nappy and wipes in bin
- Wash hands
- Dress boy again
- Go help him to learn by playing with him
DOM: Trees, wonderful trees
The DOM represents the hierarchical structure of a document type using a tree diagram to present the location and order of specific elements/components of said document type. We can then use this tree diagram to directly interact with/manipulate these elements/components/objects through the use of the browser's DevTools interface.
For instance, we can isolate a button in our HTML, give it a class, and change its styling dependent on that class in the css, all from within the browser's DevTools thanks to the DOM.
Data access: Simpler than the Dewey Decimal system
An array is like 1 column bookCase[]
, one object per 'cubicle'. In order to access data in the array, you have to specify the position (using integers from 0 upwards) of the cubicle you want to access, which returns the value stored in that cubicle, so that return bookCase[cubicle#]
.
An object is similar to an array, as it contains a certain amount of properties and values, but you can target those properties by stating its key (in the form of a string) using either dot or bracket notation. For instance, let's take the object:schoolLocker {
text book: Science,
lunchBox: empty
}
If you want to see what text book is in your locker, you'd write return schoolLocker["text book"];
. Checking the status of you lunchbox would be return schoolLocker.lunchbox;
.
The notation you use is important though. Whilst dot notation looks a lot cleaner and easier to read, it relies on you know the property beforehand. I you are accessing an objects data in a function by getting passed a property, you'd be best to use bracket notation, otherwise with dot notation you'll get an undefined error if that property doesn't exist.
JS functions: The automaton
Functions are great for automating repetitive tasks. They are reusable pieces of code, that whenever they are invoked (called), they perform a series of tasks dependent on their inputs and conditions. There is no limit to how many times a function can be called on a specific page.


Pop over animation
Hello! I'm a helpful pop over message.
Slide right animation that takes the font size as parameter
Slide animation with parameter is active! :O
List animation - animating ngFor loop with :enter and :leave of the elements.
List animation - animating ngFor loop with :enter and :leave of the elements with
keyframes.


An art, which has an aim to achieve the beauty, is called a philosophy or in the absolute sense it is named wisdom. Al-Farabi
An art, which has an aim to achieve the beauty, is called a philosophy or in the absolute sense it is named wisdom.


{{ $latest := (cond (.Site.Params.docs_versioning) .Site.Params.docs_latest "") }}
Sonobuoy is a diagnostic tool that makes it easier to understand the state of a Kubernetes cluster by running a choice of configuration tests in an accessible and non-destructive manner.


Object
A PendingConnection instance mimics a Net::SSH::Connection::Session instance, without actually being an open connection to a server. It is used by Net::SSH::Multi::Session when a concurrent connection limit is in effect, so that a server can hang on to a “connection” that isn’t really a connection.
Any requests against this connection (like open_channel or send_global_request) are not actually sent, but are added to a list of recordings. When the real session is opened and replaces this pending connection, all recorded actions will be replayed against that session.
You’ll never need to initialize one of these directly, and (if all goes well!) should never even notice that one of these is in use. Net::SSH::Multi::Session will instantiate these as needed, and only when there is a concurrent connection limit.
Instantiates a new pending connection for the given Net::SSH::Multi::Server object.
# File lib/net/ssh/multi/pending_connection.rb, line 52 def initialize(server) @server = server @recordings = [] end
Always returns true, so that the pending connection looks active until it can be truly opened and replaced with a real connection.
# File lib/net/ssh/multi/pending_connection.rb, line 82 def busy?(include_invisible=false) true end
Returns an empty array, since a pending connection cannot have any real channels.
# File lib/net/ssh/multi/pending_connection.rb, line 92 def channels [] end
Does nothing, except to make a pending connection quack like a real connection.
# File lib/net/ssh/multi/pending_connection.rb, line 87 def close self end
Returns an empty hash, since a pending connection has no real listeners.
# File lib/net/ssh/multi/pending_connection.rb, line 107 def listeners {} end
Records that a channel open request has been made, and returns a new Net::SSH::Multi::ChannelProxy object to represent the (as yet unopened) channel.
# File lib/net/ssh/multi/pending_connection.rb, line 67 def open_channel(type="session", *extras, &on_confirm) channel = ChannelProxy.new(&on_confirm) @recordings << ChannelOpenRecording.new(type, extras, channel) return channel end
Returns true, and does nothing else.
# File lib/net/ssh/multi/pending_connection.rb, line 102 def postprocess(readers, writers) true end
Returns true, and does nothing else.
# File lib/net/ssh/multi/pending_connection.rb, line 97 def preprocess true end
Instructs the pending session to replay all of its recordings against the given session, and to then replace itself with the given session.
# File lib/net/ssh/multi/pending_connection.rb, line 59 def replace_with(session) @recordings.each { |recording| recording.replay_on(session) } @server.replace_session(session) end
Records that a global request has been made. The request is not actually sent, and won’t be until replace_with is called.
# File lib/net/ssh/multi/pending_connection.rb, line 75 def send_global_request(type, *extra, &callback) @recordings << SendGlobalRequestRecording.new(type, extra, callback) self end
Generated with the Darkfish Rdoc Generator 2.


|
|||||
|
Simply put, reading about a college or visiting a website isn’t nearly as helpful as visiting the campus. However, it may be impossible—because of distance or cost or family obligations—to visit some or all of the colleges you’re interested in. If this is the case with you, there are ways to create for yourself many of the elements of an actual campus visit. First and most important, talk to current students and/or very recent alumni of the colleges you’re considering—in person, if possible, rather than online or on the phone. College admission personnel can give you the names of recent graduates and current students from your area. Also, ask your high school counselor or if any grads from your own high school are attending the colleges you’re considering. Contact them and arrange to meet next time they come home. When you talk to former or current students, remember that each will have a different point of view, a different value system, and a different area of interest. Combine the various perspectives of the people you speak to and try to get a feel for life on campus. Here are some questions you might consider asking: Is it easy to make friends and get involved in campus life? How many hours a day/week do students study? How much time is there for sports and other activities outside of class? What are the dorms like? How’s the food? What bands performed there last semester? Do students need a car on campus? Are professors easily approachable or aloof? What kind of computer and other tech supplies are required? Second, ask the admission office for a DVD, CD, or video that can give you a good feel for the campus. Be sure to visit the college’s website, where you almost certainly can take a virtual tour of the campus. Third, ask your high school counselor and your teachers if they have visited the campus. Most counselors have visited lots of campuses and can be in a good position to judge the “fit.” Why?  Fourth, find out if a representative of the college is planning a visit to your school or your area. It will be worth driving a couple of hours, if necessary, to hear a college representative speak, since you’ll get your questions answered and other students may bring up subjects that spark discussion as well. Finally, if cost is the issue, ask if the colleges you’re considering help sponsor group or solo visits—some do! Your chances of admission won’t necessarily be reduced if you can’t visit a college you’re considering, and—as indicated above—there are lots of ways to get the “feel” of a college or university without actually being there. Source: www.careersandcolleges.com |
|||||
| If investment, financial, mortgage or insurance planning and/or products are required, College and Retirement Solutions, LLC may refer you to one of its affiliates, including The Ziering Insurance Agency. Any discussion of the Tax implications of planning is strictly for general purposes. Neither "CRS" nor its representatives may give specific tax advice. One should seek the advice and counsel of their accountant and/or tax advisor for information regarding their particular situation. |


PureBasic - Window3D
Overview
The Window3D library allows to create complex Graphical User Interface (GUI) directly over the screen area, using the 3D engine. This is mainly intended for game or application which needs user inputs while running in fullscreen mode. This library is based on the regular PureBasic window library, and offer similar syntax and behavior. The GUI engine used is CEGUI, which offer some nice options like skinning, good speed and a lot of built-in gadgets. More information about CEGUI can be found here: http://www.cegui.org.uk.
It uses the 3D engine, so InitEngine3D() has to be cZSalled successfully before using these functions.
Command Index
CloseWindow3D
DisableWindow3D
EventGadget3D
EventType3D
EventWindow3D
GetActiveWindow3D
GetWindowTitle3D
HideWindow3D
IsWindow3D
OpenWindow3D
ResizeWindow3D
SetActiveWindow3D
SetWindowTitle3D
WindowEvent3D
WindowHeight3D
WindowID3D
WindowWidth3D
WindowX3D
WindowY3D
Example
Window3D.pb
Supported OS
All


|
wavplayer library
v0.90
Plays 16-bit, 32 ksps, mono wav files
|
Plays 16-bit, 32ksps, mono .wav files in the root directory of a microSD card. More...
Go to the source code of this file.
Functions | |
| void | wav_play (const char *wavFilename) |
| Play a .wav file. | |
| int | wav_playing () |
| Check if wav file is currently playing. | |
| void | wav_volume (int vol) |
| Set wav play volume 0 to 10. 0 is lowest, 10 is highest. | |
| void | wav_stop (void) |
| Stop wav file reading but leave audio output open so that you can play another track without a click at the start. Recommended over wav_close unless your application needs to recover both the wav reading and audio output cogs for other uses. | |
| void | wav_close (void) |
| Stop wav file reading and close audio output. Only recommended if your application needs to recover two cogs for other purposes. Otherwise, use wave_stop. It will stop the cog that reads the wav file, but leave the audio output cog open, which will prevent a click at the start of the next track your application plays. |
Plays 16-bit, 32ksps, mono .wav files in the root directory of a microSD card.
Currently supports LMM and CMM memory models.
v0.90
| void wav_play | ( | const char * | wavFilename | ) |
Play a .wav file.
| wavFilename | Pointer to character array with filename. |
| int wav_playing | ( | ) |
Check if wav file is currently playing.
| void wav_volume | ( | int | vol | ) |
Set wav play volume 0 to 10. 0 is lowest, 10 is highest.
| vol | wav playback volume. |


Terms and Conditions
Definition
- User refers to the party to who is using PDFXporter™.
- PDFXporter™ refers to this product or application.
- Cloud refers to the back-end processing and data storage system.
- The terms and conditions are valid for any goods or services provided by the PDFXporter™ to the User.
- The pricing, quantity of goods and time of delivery mentioned in the articles are not binding on the Product, but the Product will make all efforts to fulfill the stated estimates.
- Pay-per-Use may become an option at some future time however at this time PDFXporter™ is free-to-use for those who have a valid activated User Account.
- PDFXporter™ will not disclose your banking information to any unauthorized third parties however the PDF Bank Statements or any other PDF Documents you may choose to upload for processing does become the property of Vyper Logix Corp and may be retained for an extended period of time at the discretion of Vyper Logix Corp.
- Those who use PDFXporter™ are doing so at their own risk with absolutely no guarantees of any kind either expressed or implied.
- The User shall bear responsibility for ensuring that all usage of information provided by PDFXporter™ is in accordance with and does not contravene any Data Protection or other laws, regulations or other trade customs and practices. Vyper Logix Corp bears no liability for any omissions or faults in these respects.
- Vyper Logix Corp shall maintain the confidentiality of the information processed by PDFXporter™ to the extent that each User receives the Data from only those PDF Bank Statements that are uploaded by each User to the extent doing so is possible given the current state of the software barring any unforseen software defects that may or may not be the direct responsability of Vyper Logix Corp.
- Vyper Logix Corp warrants that it has the right to provide the PDFXporter™ Software and Service but otherwise the PDFXporter™ Software and Service are provided on an "as-is" basis without warranty of any kind, express or implied, oral or written including, without limitation, the implied conditions of merchantable quality, fitness for purpose and description, all of which are specifically and unreservedly excluded. In particular, but without limitation, no warranty is given that the Goods are suitable for the purposes intended by the Client.
- Vyper Logix Corp warrants that the PDFXporter™ Software and Service will be supplied using reasonable care and skill. Vyper Logix Corp does not warrant that the PDFXporter™ Software and Service supplied are error-free, accurate or complete.
- Both parties warrant that they are registered under the Data Protection Act in respect of the collection, processing and use of the PDFXporter™ Software and Service. Each party will comply with the Act including but not limited to its obligations in respect of any personal data which it may supply to or receive from the other party.
- Vyper Logix Corp shall not be liable for any claim arising out of the performance, non-performance, delay in delivery of or defect in the PDFXporter™ Software and Service nor for any special, indirect, economic or consequential loss or damage howsoever arising or howsoever caused (including loss of profit or loss of revenue) whether from negligence or otherwise in connection with the supply, functioning or use of the PDFXporter™ Software and Service. Any liability of Vyper Logix Corp shall in any event be limited to the license fees paid by the Client in the year in which the event of default arises and then only when the User notifies in-writing Vyper Logix Corp a minimum of 90 days in advance of whatever problem may have occurred.
- Nothing herein shall limit either party's liability for death or personal injury arising from the proven negligence by itself or its employees or agents.
- The User shall fully indemnify Vyper Logix Corp against any liability to third parties arising out of the User's use of the PDFXporter™ Software and Service.


This visualization demonstrates how the Crow codebase is assembled.
Click the colored nodes to expand their dependencies.


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Robo Control is an App used to wirelessly control a robot. You control it either through a virtual joystick or by use of the Gesture Control bracelet MYO made by Thalmic Labs.
To use Robo Control to handle a robot, the smartphone has to be connected to the WiFi-Network generated by, for example, an
XBee® WiFi-Module made by Digi International.
If a valid connection is established, Robo Control sends relevant data, which will be analysed and processed by a microprocessor, to the WiFi-Module up to ten times each second.
To use MYO for controlling the robot, Bluetooth Low Energy (BLE) is required.
Find further details under Control.
Connect your smartphone to the WiFi-Module.
Robo Control -> WiFi Settings
or
Settings (Smartphone) -> pair WLAN and MYO
Pair MYO with your smartphone via Bluetooth LE.
Robo Control -> BT Settings
or
Settings (Smartphone) -> Bluetooth
Start Robo Control and adjust the settings, if necessary. Choose your desired control-mode.
If you are using the Gesture Control-Mode, select the bracelet in the next dialogue.


Smart offers Samsung Galaxy Fold in PH via limited pre-order until December 1
The innovative smartphone is a breakthrough in mobile design
by Rappler.comSmart Communications is the mobile arm of leading and trusted digital services provider PLDT, Inc.


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