Dreams are the stories the brain tells during sleep—they’re a collection of clips, images, feelings, and memories that involuntarily occur during the REM (rapid eye movement) stage of slumber. Humans typically have multiple dreams per night that grow longer as sleep draws to a close. It’s hypothesized that everyone dreams, but a small subsection of the population reports that they never remember experiencing dreams.


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About Me!
I am a third year undergraduate Computer Science student from Walchand College Of Engineering, Sangli. I am able to handle multiple tasks on daily basis as a dependable person who is good at time management. I am always energetic and ready to learn new skills. I am a good team worker. I understand the importance of being interactive and enjoy communicating with others for the benefit of the company.
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class SycLink::Importer
To be subclassed for link importers.
To be subclassed for link importers.
Constants
- CLEANER
REGEX to clean tags and url names
Attributes
opts[RW]
Options for importing
path[RW]
Path to bookmarks file
Public Class Methods
new(path_to_bookmarks, opts = {})
click to toggle source
Creates a new Importer and sets the path to the bookmarks file. Opts may be :level which indicates to which levels tags should be imported and :tags to set tags during import.
# File lib/syclink/importer.rb, line 19 def initialize(path_to_bookmarks, opts = {}) @path = path_to_bookmarks @opts = opts end
Public Instance Methods
links()
click to toggle source
Links returned as Link objects
# File lib/syclink/importer.rb, line 38 def links rows.map do |row| attributes = Link::ATTRS.dup - [:url] Link.new(row.shift, Hash[row.map { |v| [attributes.shift, v] }]) end end
read()
click to toggle source
To be overridden! Read the raw data from the bookmarks file. The bookmarks file has to be provided during initialization with initialize
# File lib/syclink/importer.rb, line 27 def read raise NotImplementedError end
rows()
click to toggle source
Links values returned in an Array. Default implementation returns values from read.
# File lib/syclink/importer.rb, line 33 def rows read end
Protected Instance Methods
url_name(name_source)
click to toggle source
Create a name from the url if no name is given.
# File lib/syclink/importer.rb, line 69 def url_name(name_source) name_source.gsub(CLEANER, " ").squeeze(" ") end


What game to play next?
9
System Shock
7
Hugo and the House of Horrors
2
Grandia 1-3
2
Devil May Cry
2
Witcher 3: Wild Hunt


.
Boolean view for Boolean variables.
Provides convenient and efficient operations for Boolean views.
|
Domain status access |
| static const int | BITS = BoolVarImp::BITS |
| | How many bits does the status have.
|
| static const BoolStatus | ZERO = BoolVarImp::ZERO |
| | Status of domain assigned to zero.
|
| static const BoolStatus | ONE = BoolVarImp::ONE |
| | Status of domain assigned to one.
|
| static const BoolStatus | NONE = BoolVarImp::NONE |
| | Status of domain not yet assigned.
|
| BoolStatus | status (void) const |
| | Return current domain status.
|
Constructors and initialization |
| | BoolView (void) |
| | Default constructor.
|
| | BoolView (const BoolVar &x) |
| | Initialize from Boolean variable x.
|
| | BoolView (BoolVarImp *x) |
| | Initialize from Boolean variable x.
|
| | BoolView (Space *home, const Reflection::VarMap &vars, Reflection::Arg *arg) |
| | Initialize from specification.
|
Value access |
| int | min (void) const |
| | Return minimum of domain.
|
| int | max (void) const |
| | Return maximum of domain.
|
| int | med (void) const |
| | Return median of domain.
|
| int | val (void) const |
| | Return assigned value (only if assigned).
|
| unsigned int | size (void) const |
| | Return size (cardinality) of domain.
|
| unsigned int | width (void) const |
| | Return width of domain (distance between maximum and minimum).
|
| unsigned int | regret_min (void) const |
| | Return regret of domain minimum (distance to next larger value).
|
| unsigned int | regret_max (void) const |
| | Return regret of domain maximum (distance to next smaller value).
|
Domain tests |
| bool | range (void) const |
| | Test whether domain is a range.
|
| bool | assigned (void) const |
| | Test whether view is assigned.
|
| bool | in (int n) const |
| | Test whether n is contained in domain.
|
| bool | in (double n) const |
| | Test whether n is contained in domain.
|
Boolean domain tests |
| bool | zero (void) const |
| | Test whether view is assigned to be zero.
|
| bool | one (void) const |
| | Test whether view is assigned to be one.
|
| bool | none (void) const |
| | Test whether view is not yet assigned.
|
Boolean assignment operations |
| ModEvent | one (Space *home) |
| | Try to assign view to one.
|
| ModEvent | zero (Space *home) |
| | Try to assign view to zero.
|
| ModEvent | one_none (Space *home) |
| | Assign not yet assigned view to one.
|
| ModEvent | zero_none (Space *home) |
| | Assign not yet assigned view to zero.
|
Domain update by value |
| ModEvent | lq (Space *home, int n) |
| | Restrict domain values to be less or equal than n.
|
| ModEvent | lq (Space *home, double n) |
| | Restrict domain values to be less or equal than n.
|
| ModEvent | le (Space *home, int n) |
| | Restrict domain values to be less than n.
|
| ModEvent | le (Space *home, double n) |
| | Restrict domain values to be less than n.
|
| ModEvent | gq (Space *home, int n) |
| | Restrict domain values to be greater or equal than n.
|
| ModEvent | gq (Space *home, double n) |
| | Restrict domain values to be greater or equal than n.
|
| ModEvent | gr (Space *home, int n) |
| | Restrict domain values to be greater than n.
|
| ModEvent | gr (Space *home, double n) |
| | Restrict domain values to be greater than n.
|
| ModEvent | nq (Space *home, int n) |
| | Restrict domain values to be different from n.
|
| ModEvent | nq (Space *home, double n) |
| | Restrict domain values to be different from n.
|
| ModEvent | eq (Space *home, int n) |
| | Restrict domain values to be equal to n.
|
| ModEvent | eq (Space *home, double n) |
| | Restrict domain values to be equal to n.
|
Domain update by iterator |
| Views can be both updated by range and value iterators. Value iterators do not need to be strict in that the same value is allowed to occur more than once in the iterated sequence.
The argument depends must be true, if the iterator passed as argument depends on the view on which the operation is invoked. In this case, the view is only updated after the iterator has been consumed. Otherwise, the domain might be updated concurrently while following the iterator.
|
| template<class I> |
| ModEvent | narrow_r (Space *home, I &i, bool depends=true) |
| | Replace domain by ranges described by i.
|
| template<class I> |
| ModEvent | inter_r (Space *home, I &i, bool depends=true) |
| | Intersect domain with ranges described by i.
|
| template<class I> |
| ModEvent | minus_r (Space *home, I &i, bool depends=true) |
| | Remove from domain the ranges described by i.
|
| template<class I> |
| ModEvent | narrow_v (Space *home, I &i, bool depends=true) |
| | Replace domain by values described by i.
|
| template<class I> |
| ModEvent | inter_v (Space *home, I &i, bool depends=true) |
| | Intersect domain with values described by i.
|
| template<class I> |
| ModEvent | minus_v (Space *home, I &i, bool depends=true) |
| | Remove from domain the values described by i.
|
Delta information for advisors |
| int | min (const Delta *d) const |
| | Return minimum value just pruned.
|
| int | max (const Delta *d) const |
| | Return maximum value just pruned.
|
| bool | any (const Delta *d) const |
| | Test whether arbitrary values got pruned.
|
| static ModEvent | modevent (const Delta *d) |
| | Return modification event.
|
Cloning |
| void | update (Space *home, bool share, BoolView &x) |
| | Update this view to be a clone of view x.
|
Reflection |
| Reflection::Arg * | spec (const Space *home, Reflection::VarMap &m) const |
| | Return specification for this view, using variable map m.
|
| static Support::Symbol | type (void) |
| | Return specification for this view, using variable map m.
|
View-dependent propagator support |
| static ModEventDelta | med (ModEvent me) |
| | Translate modification event me to modification event delta for view.
|
Test sharing between Boolean and negated Boolean views |
NegBoolView
|
| BoolTest | bool_test (const BoolView &b0, const BoolView &b1) |
| | Test whether views b0 and b1 are the same.
|
| BoolTest | bool_test (const BoolView &b0, const NegBoolView &b1) |
| | Test whether views b0 and b1 are complementary.
|
| BoolTest | bool_test (const NegBoolView &b0, const BoolView &b1) |
| | Test whether views b0 and b1 are complementary.
|
| BoolTest | bool_test (const NegBoolView &b0, const NegBoolView &b1) |
| | Test whether views b0 and b1 are the same.
|
Related Functions |
(Note that these are not member functions.)
|
| std::ostream & | operator<< (std::ostream &, const Gecode::Int::BoolView &) |
| | Print Boolean variable view.
|


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Session Length: {{ sessionLength }}
Break Length: {{ breakLength }}


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Skylers personal github page
Skyler Franklin
My name Skyler Franklin, I am 12 years old and live in Salinas, California. I love hanging with my friends and family. I also play baseball year round.
I play baseball,
I am a straight A student,
I love to cook with my mom,
I am a only child,
I also love to travel to the East Coast with my parents to see my family,
And I can wiggle my ears.


Chrome has a permissions policy for local files using the file://
protocol that disallows ajax requests, and some APIs won't work on the file://
protocol. We recommend running a simple server on your machine. Here are the options:
Command Line stuff (Python)
Mac or Linux
Macs and most Linux distros come with Python preinstalled. The following steps should work without additional setup:
- Open Terminal
- Navigate to your project directory. You can do this using the
cd
command in the terminal. - Run this command:
python -m SimpleHTTPServer
- If you are running Python 3, run this command instead:
python -m http.server 8000
- If you are running Python 3, run this command instead:
- If successful, you should then be able to access your project folder by pointing your browser to http://localhost:8000
Windows
If you are running Windows, you will need to make sure you have Python installed. To check, open a command prompt and enter python
. If you see a response including the version number, Python is ready to go. Note whether the version starts with 2 or 3, press ctrl+c
to return to the regular command prompt, and follow steps 2-4 of the Mac instructions above.
If the python
command produces an error message, follow the steps below to install Python:
- Go to the Python Downloads page, and click one of the yellow buttons to download Python 2 or 3. Most of your classmates and teachers will be using Python 2, but 3 will work as well. (More info on version selection here.)
- Double-click the downloaded file to install Python.
- When the installation is complete, open PowerShell (NOT command line), and run this command:
[Environment]::SetEnvironmentVariable("Path", "$env:Path;C:\Python27\;C:\Python27\Scripts\", "User")
(Note: This code assumes that you have installed Python 2.7. If you installed a different version, look in your C:\ drive and check the name of the "PythonXX" directory. Replace both instances of Python27 in the code above with the directory name on your computer.)
- Run the
python
command again. You should now see a response with the Python version number. Using PowerShell or command line, follow steps 2-4 of the Mac instructions above.
Without the command line (PHP)
Does all that command line stuff make you break out in a sweat? No worries! We just need a simple server up and running to be able to run code. To make it as easy as possible, you can download and install Desktop Server.
The free version is just fine. This will give you a nice GUI environment to set up a local server, and it works on both Windows and Mac. After you've installed, follow these instructions to get a server running:
- Open Desktop Server. Select "Yes. Restart Desktop Server with priviledges."
- Enter your system password if prompted
- Select "Create a new development site."
- Change the URL if you like - but "www.example.dev" is just fine.
- Select "Blank (non WordPress) as your BluePrint.
- Make a note of where the files will be located. It's likely in your Documents folder.
- Click "Create".
- Desktop Server will do its thing, and then you should see a test page when you go to your URL - www.example.dev in the browser.
- Copy your project files to the folder that was created and work on them from there.


The following diagram shows where TLS/mTLS configuration settings are used:
Enable dynamic creation of Certificate Authority X.509 Certificate and Private Key
Enable this property to increase the security of trusting the MockServer Certificate Authority X.509 by ensuring a local dynamic value is used instead of the public value in the MockServer git repo.
These PEM files will be created and saved in the directory specified with configuration property directoryToSaveDynamicSSLCertificate.
A Certificate Authority X.509 Certificate and Private Key will only be created if the files used to save them are not already present. Therefore, if MockServer is re-started multiple times with the same value for directoryToSaveDynamicSSLCertificate. the Certificate Authority X.509 Certificate and Private Key will only be created once.
Type: boolean Default: false
Java Code:
ConfigurationProperties.dynamicallyCreateCertificateAuthorityCertificate(boolean enable)
System Property:
-Dmockserver.dynamicallyCreateCertificateAuthorityCertificate=...
Environment Variable:
MOCKSERVER_DYNAMICALLY_CREATE_CERTIFICATE_AUTHORITY_CERTIFICATE=...
Property File:
mockserver.dynamicallyCreateCertificateAuthorityCertificate=...
Example:
-Dmockserver.dynamicallyCreateCertificateAuthorityCertificate="true"
Directory used to save the dynamically generated Certificate Authority X.509 Certificate and Private Key.
This directory will only be used if MockServer is configured to create a dynamic Certificate Authority X.509 certificate and private key using dynamicallyCreateCertificateAuthorityCertificate.
Type: string Default: null
Java Code:
ConfigurationProperties.directoryToSaveDynamicSSLCertificate(String directoryToSaveDynamicSSLCertificate)
System Property:
-Dmockserver.directoryToSaveDynamicSSLCertificate=...
Environment Variable:
MOCKSERVER_CERTIFICATE_DIRECTORY_TO_SAVE_DYNAMIC_SSL_CERTIFICATE=...
Property File:
mockserver.directoryToSaveDynamicSSLCertificate=...
Example:
-Dmockserver.directoryToSaveDynamicSSLCertificate="/some/existing/path"
Proactively initialise TLS during start to ensure that if dynamicallyCreateCertificateAuthorityCertificate is enabled the Certificate Authority X.509 Certificate and Private Key will be created during start up and not when the first TLS connection is received.
This setting will also ensure any configured private key and X.509 will be loaded during start up and not when the first TLS connection is received to give immediate feedback on any related TLS configuration errors.
Type: boolean Default: false
Java Code:
ConfigurationProperties.proactivelyInitialiseTLS(boolean enable)
System Property:
-Dmockserver.proactivelyInitialiseTLS=...
Environment Variable:
MOCKSERVER_PROACTIVELY_INITIALISE_TLS=...
Property File:
mockserver.proactivelyInitialiseTLS=...
Example:
-Dmockserver.proactivelyInitialiseTLS="/some/existing/path"
MockServer dynamically updates the Subject Alternative Name (SAN) values for its TLS certificate to add domain names and IP addresses from request Host headers and Host headers in expectations, this configuration setting disables this automatic update and only uses SAN value provided in TLS Subject Alternative Name Domains and TLS Subject Alternative Name IPs configuration properties.
When this property is enabled the generated X.509 Certificate and Private Key pair are saved to the directoryToSaveDynamicSSLCertificate as Certificate.pem and PKCS8PrivateKey.pem
Type: boolean Default: false
Java Code:
ConfigurationProperties.preventCertificateDynamicUpdate(boolean prevent)
System Property:
-Dmockserver.preventCertificateDynamicUpdate=...
Environment Variable:
MOCKSERVER_PREVENT_CERTIFICATE_DYNAMIC_UPDATE=...
Property File:
mockserver.preventCertificateDynamicUpdate=...
Example:
-Dmockserver.preventCertificateDynamicUpdate="true"
The domain name for auto-generate TLS certificates
Type: string Default: localhost
Java Code:
ConfigurationProperties.sslCertificateDomainName(String domainName)
System Property:
-Dmockserver.sslCertificateDomainName=...
Environment Variable:
MOCKSERVER_SSL_CERTIFICATE_DOMAIN_NAME=...
Property File:
mockserver.sslCertificateDomainName=...
Example:
-Dmockserver.sslCertificateDomainName="localhost"
The Subject Alternative Name (SAN) domain names for auto-generate TLS certificates as a comma separated list
Type: string Default: localhost
Java Code:
ConfigurationProperties.addSslSubjectAlternativeNameDomains(String... additionalSubjectAlternativeNameDomains)
or
ConfigurationProperties.clearSslSubjectAlternativeNameDomains()
System Property:
-Dmockserver.sslSubjectAlternativeNameDomains=...
Environment Variable:
MOCKSERVER_SSL_SUBJECT_ALTERNATIVE_NAME_DOMAINS=...
Property File:
mockserver.sslSubjectAlternativeNameDomains=...
Example:
-Dmockserver.sslSubjectAlternativeNameDomains="localhost,www.foo.bar"
The Subject Alternative Name (SAN) IP addresses for auto-generate TLS certificates as a comma separated list
Type: string Default: <IP_ADDRESS>,<IP_ADDRESS>
Java Code:
ConfigurationProperties.addSslSubjectAlternativeNameIps(String... additionalSubjectAlternativeNameIps)
or
ConfigurationProperties.clearSslSubjectAlternativeNameIps()
System Property:
-Dmockserver.sslSubjectAlternativeNameIps=...
Environment Variable:
MOCKSERVER_SSL_SUBJECT_ALTERNATIVE_NAME_IPS=...
Property File:
mockserver.sslSubjectAlternativeNameIps=...
Example:
-Dmockserver.sslSubjectAlternativeNameIps="<IP_ADDRESS>,<IP_ADDRESS>"
Location of custom file for Certificate Authority for TLS, the private key must be a PKCS#8 or PKCS#1 PEM file and must match the TLS Certificate Authority X.509 Certificate.
To convert a PKCS#1 PEM file (i.e. default for Bouncy Castle) to a PKCS#8 PEM file the following command can be used: openssl pkcs8 -topk8 -inform PEM -in private_key_PKCS_1.pem -out private_key_PKCS_8.pem -nocrypt
Type: string Default: null
Java Code:
ConfigurationProperties.certificateAuthorityPrivateKey(String certificateAuthorityPrivateKey)
System Property:
-Dmockserver.certificateAuthorityPrivateKey=...
Environment Variable:
MOCKSERVER_CERTIFICATE_AUTHORITY_PRIVATE_KEY=...
Property File:
mockserver.certificateAuthorityPrivateKey=...
Example:
-Dmockserver.certificateAuthorityPrivateKey="/some/existing/path"
Location of custom file for Certificate Authority for TLS, the certificate must be a X.509 PEM file and must match the TLS Certificate Authority Private Key.
Type: string Default: null
Java Code:
ConfigurationProperties.certificateAuthorityCertificate(String certificateAuthorityCertificate)
System Property:
-Dmockserver.certificateAuthorityCertificate=...
Environment Variable:
MOCKSERVER_CERTIFICATE_AUTHORITY_X509_CERTIFICATE=...
Property File:
mockserver.certificateAuthorityCertificate=...
Example:
-Dmockserver.certificateAuthorityCertificate="/some/existing/path"
File system path or classpath location of a fixed custom private key for TLS connections into MockServer.
The private key must be a PKCS#8 or PKCS#1 PEM file and must be the private key corresponding to the x509CertificatePath X.509 (public key) configuration.
The certificateAuthorityCertificate configuration must be the Certificate Authority for the corresponding X.509 certificate (i.e. able to valid its signature), see: x509CertificatePath.
To convert a PKCS#1 (i.e. default for Bouncy Castle) to a PKCS#8 the following command can be used: openssl pkcs8 -topk8 -inform PEM -in private_key_PKCS_1.pem -out private_key_PKCS_8.pem -nocrypt
This configuration will be ignored unless x509CertificatePath is also set.
Type: string Default: null
Java Code:
ConfigurationProperties.privateKeyPath(String privateKeyPath)
System Property:
-Dmockserver.privateKeyPath=...
Environment Variable:
MOCKSERVER_TLS_PRIVATE_KEY_PATH=...
Property File:
mockserver.privateKeyPath=...
Example:
-Dmockserver.privateKeyPath="/some/existing/path"
File system path or classpath location of a fixed custom X.509 Certificate for TLS connections into MockServer
The certificate must be a X.509 PEM file and must be the public key corresponding to the privateKeyPath private key configuration.
The certificateAuthorityCertificate configuration must be the Certificate Authority for this certificate (i.e. able to valid its signature).
This configuration will be ignored unless privateKeyPath is also set.
Type: string Default: null
Java Code:
ConfigurationProperties.x509CertificatePath(String x509CertificatePath)
System Property:
-Dmockserver.x509CertificatePath=...
Environment Variable:
MOCKSERVER_TLS_X509_CERTIFICATE_PATH=...
Property File:
mockserver.x509CertificatePath=...
Example:
-Dmockserver.x509CertificatePath="/some/existing/path"
Require mTLS (also called client authentication and two-way TLS) for all TLS connections / HTTPS requests to MockServer
Type: boolean Default: false
Java Code:
ConfigurationProperties.tlsMutualAuthenticationRequired(boolean enable)
System Property:
-Dmockserver.tlsMutualAuthenticationRequired=...
Environment Variable:
MOCKSERVER_TLS_MUTUAL_AUTHENTICATION_REQUIRED=...
Property File:
mockserver.tlsMutualAuthenticationRequired=...
Example:
-Dmockserver.tlsMutualAuthenticationRequired="true"
File system path or classpath location of custom mTLS (TLS client authentication) X.509 Certificate Chain for Trusting (i.e. signature verification of) Client X.509 Certificates, the certificate chain must be a X.509 PEM file.
This certificate chain will be used if MockServer performs mTLS (client authentication) for inbound TLS connections because tlsMutualAuthenticationRequired is enabled
This configuration property is also used for MockServerClient to trust outbound TLS X.509 certificates i.e. TLS connections to MockServer
Type: string Default: null
Java Code:
ConfigurationProperties.tlsMutualAuthenticationCertificateChain(String certificateChain)
System Property:
-Dmockserver.tlsMutualAuthenticationCertificateChain=...
Environment Variable:
MOCKSERVER_TLS_MUTUAL_AUTHENTICATION_CERTIFICATE_CHAIN=...
Property File:
mockserver.tlsMutualAuthenticationCertificateChain=...
Example:
-Dmockserver.tlsMutualAuthenticationCertificateChain="/some/existing/path"
Configure trusted set of certificates for forwarded or proxied requests (i.e. TLS connections out of MockServer).
MockServer will only be able to establish a TLS connection to endpoints that have a trusted X.509 certificate according to the trust manager type, as follows:
Type: string Default: ANY
Java Code:
ConfigurationProperties.forwardProxyTLSX509CertificatesTrustManagerType(String trustManagerType)
System Property:
-Dmockserver.forwardProxyTLSX509CertificatesTrustManagerType=...
Environment Variable:
MOCKSERVER_FORWARD_PROXY_TLS_X509_CERTIFICATES_TRUST_MANAGER_TYPE=...
Property File:
mockserver.forwardProxyTLSX509CertificatesTrustManagerType=...
Example:
-Dmockserver.forwardProxyTLSX509CertificatesTrustManagerType="CUSTOM"
File system path or classpath location of custom file for trusted X.509 Certificate Authority roots for forwarded or proxied requests (i.e. TLS connections out of MockServer), the certificate chain must be a X.509 PEM file.
MockServer will only be able to establish a TLS connection to endpoints that have an X.509 certificate chain that is signed by one of the provided custom certificates, i.e. where a path can be established from the endpoints X.509 certificate to one or more of the custom X.509 certificates provided.
This configuration only take effect if forwardProxyTLSX509CertificatesTrustManagerType is configured as CUSTOM otherwise this value is ignored.
Type: string Default: null
Java Code:
ConfigurationProperties.forwardProxyTLSCustomTrustX509Certificates(String customX509Certificates)
System Property:
-Dmockserver.forwardProxyTLSCustomTrustX509Certificates=...
Environment Variable:
MOCKSERVER_FORWARD_PROXY_TLS_CUSTOM_TRUST_X509_CERTIFICATES=...
Property File:
mockserver.forwardProxyTLSCustomTrustX509Certificates=...
Example:
-Dmockserver.forwardProxyTLSCustomTrustX509Certificates="/some/existing/path"
File system path or classpath location of custom Private Key for forwarded or proxied requests (i.e. TLS connections out of MockServer), the private key must be a PKCS#8 or PKCS#1 PEM file
To convert a PKCS#1 (i.e. default for Bouncy Castle) to a PKCS#8 the following command can be used: openssl pkcs8 -topk8 -inform PEM -in private_key_PKCS_1.pem -out private_key_PKCS_8.pem -nocrypt
This private key will be used if MockServer needs to perform mTLS (client authentication) for outbound TLS connections.
Type: string Default: null
Java Code:
ConfigurationProperties.forwardProxyPrivateKey(String privateKey)
System Property:
-Dmockserver.forwardProxyPrivateKey=...
Environment Variable:
MOCKSERVER_FORWARD_PROXY_TLS_PRIVATE_KEY=...
Property File:
mockserver.forwardProxyPrivateKey=...
Example:
-Dmockserver.forwardProxyPrivateKey="/some/existing/path"
File system path or classpath location of custom X.509 Certificate Chain for forwarded or proxied requests (i.e. TLS connections out of MockServer), the certificates must be a X.509 PEM file
This certificate chain will be used if MockServer needs to perform mTLS (client authentication) for outbound TLS connections.
Type: string Default: null
Java Code:
ConfigurationProperties.forwardProxyCertificateChain(String certificateChain)
System Property:
-Dmockserver.forwardProxyCertificateChain=...
Environment Variable:
MOCKSERVER_FORWARD_PROXY_TLS_X509_CERTIFICATE_CHAIN=...
Property File:
mockserver.forwardProxyCertificateChain=...
Example:
-Dmockserver.forwardProxyCertificateChain="/some/existing/path"
File system path or classpath location of custom mTLS (TLS client authentication) X.509 Certificate Chain for Trusting (i.e. signature verification of) MockServer X.509 Certificates, the certificate chain must be a X.509 PEM file. This certificate chain will only be used if MockServerClient performs TLS to calls to MockServer.
This settings is particularly used when connecting to MockServer via a load-balancer or other TLS terminating network infrastructure with its own X.509 Certificate.
This configuration property is also used for MockServer to trust inbound mTLS client authentication X.509 certificates
Type: string Default: null
Java Code:
ConfigurationProperties.tlsMutualAuthenticationCertificateChain(String certificateChain)
System Property:
-Dmockserver.tlsMutualAuthenticationCertificateChain=...
Environment Variable:
MOCKSERVER_TLS_MUTUAL_AUTHENTICATION_CERTIFICATE_CHAIN=...
Property File:
mockserver.tlsMutualAuthenticationCertificateChain=...
Example:
-Dmockserver.tlsMutualAuthenticationCertificateChain="/some/existing/path"


--- layout: post title: "The Week in Predictions" date: 2018-02-24 08:00:00 +0000 tags: image: https://s3.amazonaws.com/contrafabulists/2018-02-24-owl.jpg imagecredits: https://www.flickr.com/photos/23755697@N04/31880178213 ---
The Contrafabulists – Kin Lane and Audrey Watters – monitor predictions that technologists and marketers make about the future of technology. No surprise, most of the predictions are made about AI, a development whose future folks have been predicting incorrectly since the 1950s.
Here are the predictions made this week:
“The number of Americans working for themselves could triple by 2020,” says Quartz.
According to Futurism, “Two Space Hotels Could Open as Early as 2021.”
From the press release: “Mattel Expands Partnership With Tynker, Setting Goal To Introduce 10 Million Kids To Coding By 2020.”
Via Nextgov: “Report: 80% of Experts Say ‘Catastrophic’ Data Breach Is Inevitable by 2021.”
According to Barron’s, “Apple Watch Powers a $29 Billion Wearables Market by 2022.”
The Daily Mail says that “Britain will be fully out [of the EU] by 2020,” so we know it must be true.
Finally a timeline for one of his dumb projects that actually makes sense: The Washington Post cautions that “Elon Musk’s space Tesla just might crash into Earth in the next million years.”


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| /***************************************************************************\ * msgbase.h - message base header file * ***************************************************************************** * * * mb_lib (msgbase library) v1.00 * * (hudson message base access / manipulation routines) * * * * this c version (c) f.w. van wensveen 1993. all rights reserved. * * original pascal source code (c) richard faasen and in fase productions, * * the netherlands. * * * * first revision: 17/08/1992 * * * \***************************************************************************/ /* first, a c++ fixup ******************************************************/ #ifndef __mb_lib_h #define __mb_lib_h #ifdef __cplusplus extern "c" { #endif /* includes and defines ****************************************************/ #include <dir.h> #define hcr 0x0d /* hard carriage return */ #define scr 0x8d /* soft carriage return */ #define lf 0x0a /* line feed */ #define kludge 0x01 /* kludge denominator */ #define bell 0x07 /* bell character / ring a ding */ #define nokludges 0x00 /* txt_dump shouldn't dump kludges */ #define kludges 0x01 /* txt_dump should dump kludges */ /* critical errors */ #define not_err 0x00 /* no error */ #define mem_err 0x01 /* memory error - out of memory */ #define frd_err 0x02 /* file read error */ #define fwr_err 0x03 /* file write error */ #define fcr_err 0x04 /* file create error */ #define mno_err 0x05 /* message base not open error */ #define irn_err 0x06 /* invalid record no., out of bound */ #define mbc_err 0x07 /* msg base corrupt */ #define ma_deleted 0x01 /* message attributes */ #define ma_unsent 0x02 #define ma_netmail 0x04 #define ma_private 0x08 #define ma_received 0x10 #define ma_unmoved 0x20 #define ma_local 0x40 #define na_kill 0x01 /* hudson netmail attributes */ #define na_sent 0x02 #define na_file 0x04 #define na_crash 0x08 #define na_receipt 0x10 #define na_audit 0x20 #define na_return 0x40 #define nm_private 0x0001 /* opus (*.msg) netmail attributes */ #define nm_crash 0x0002 #define nm_received 0x0004 #define nm_sent 0x0008 #define nm_file 0x0010 #define nm_transit 0x0020 #define nm_orphan 0x0040 #define nm_kill 0x0080 #define nm_local 0x0100 #define nm_hold 0x0200 #define nm_unused 0x4000 #define nm_request 0x0800 #define nm_receipt 0x1000 #define nm_isreceipt 0x2000 #define nm_audit 0x4000 #define nm_updatereq 0x8000 /**************************** c a u t i o n ********************************/ /* the strings in the hudson message base files are all pascal convention */ /* strings - a length byte followed by the actual characters. */ /* i have attempted to maintain this format by defining the strings as a */ /* structure containing a length byte and a character array, but this */ /* lead to too much trouble from the programmers point of view. so the */ /* strings in the following structure are just defined as arrays of chars. */ /* they may only be read from and written to disk using the read and write */ /* functions in this library, which convert the string formats from pascal */ /* to c format and vice versa. they may not be read and written directly!! */ /* writing structures to the message base by any other means than the */ /* functions provided therefore will cause corruption of the message base. */ /***************************************************************************/ typedef struct { /* msginfo.bbs structure definition */ unsigned int low_msg; /* lowest msg # in message base */ unsigned int high_msg; /* highest msg # in message base */ unsigned int total_msgs; /* total # of messages in base */ unsigned int total_on_board [200]; /* number of messages / board */ } msginfo_record; typedef struct { /* msgidx.bbs structure definiton */ int msg_num; /* message # */ unsigned char board; /* board # where msg is stored */ } msgidx_record; typedef char msgtoidx_record [36]; /* msgtoidx.bbs structure def. */ typedef struct { /* msghdr.bbs structure definition */ int msgnum; /* message number */ unsigned int prev_reply; /* msg # of previous reply, 0 if no */ unsigned int next_reply; /* msg # of next reply, 0 if none */ unsigned int times_read; /* # of times msg was read, unused */ unsigned int start_block; /* record # of msg in msgtxt.bbs */ unsigned int num_blocks; /* # of records in msgtxt.bbs */ unsigned int dest_net; /* destination net */ unsigned int dest_node; /* destination node */ unsigned int orig_net; /* origin net */ unsigned int orig_node; /* origin node */ unsigned char dest_zone; /* destination zone */ unsigned char orig_zone; /* origin zone */ unsigned int cost; /* cost (netmail) */ unsigned char msg_attr; /* msg attributes. bits as follows: */ /* 0 : deleted */ /* 1 : unsent */ /* 2 : netmail */ /* 3 : private */ /* 4 : received */ /* 5 : unmoved outgoing echo */ /* 6 : local */ /* 7 : reserved */ unsigned char net_attr; /* netmail attributes. bits follow: */ /* 0 : kill/sent */ /* 1 : sent */ /* 2 : file attach */ /* 3 : crash */ /* 4 : receipt request */ /* 5 : audit request */ /* 6 : is a return receipt */ /* 7 : reserved */ unsigned char board; /* message board # */ char post_time [6]; /* time message was posted */ char post_date [9]; /* date message was posted */ char who_to [36]; /* recipient to whom msg is sent */ char who_from [36]; /* sender who posted message */ char subject [73]; /* subject line of message */ } msghdr_record; typedef struct { /* msgtxt.bbs structure definition */ unsigned char str_len; /* this string is stored in memory */ char str_txt [255]; /* in pascal format to reduce */ } msgtxt_record; /* overhead, so take care! */ /* the strings in the *.msg file header (opus style) aren't pascal type */ /* strings but have the 'normal' asciiz format. */ typedef struct { /* opus-style (*.msg) msg format */ char who_from [36]; /* sender who posted message */ char who_to [36]; /* recipient to whom msg is sent */ char subject [72]; /* subject line of message */ char datetime [20]; /* date/time msg was last edited */ unsigned int times_read; /* # of times message was read */ unsigned int dest_node; /* destination node */ unsigned int orig_node; /* origin node */ unsigned int cost; /* cost to send netmail msg */ unsigned int orig_net; /* origin net */ unsigned int dest_net; /* destination net */ unsigned int dest_zone; /* destination zone (these fields) */ unsigned int orig_zone; /* origin zone (were padded ) */ unsigned int dest_point; /* destination point (with 8 0's ) */ unsigned int orig_point; /* origin point (in fsc-0001 ) */ unsigned int reply_to; /* msg # to which this one replies */ unsigned int attribute; /* msg attributes. bits as follows: */ /* 0 : private */ /* 1 : crash */ /* 2 : received */ /* 3 : sent */ /* 4 : file attached */ /* 5 : in transit */ /* 6 : orphan */ /* 7 : kill when sent */ /* 8 : locak */ /* 9 : hold for pickup */ /* 10 : unused */ /* 11 : file request */ /* 12 : return receipt request */ /* 13 : is a return receipt */ /* 14 : audit request */ /* 15 : file update request */ unsigned int next_reply; /* next msg in reply chain */ } net_record; /* message text is stored as follows: a linked list of records contains */ /* pointers to a msgtxt record. this record contains 255 bytes of message */ /* text. this message text block list (mtbl) can be changed at will. */ /* because the programmer won't work with the 'raw' message text in ram */ /* directly, the string format of the message text is *not* converted. the */ /* text blocks contain the strings in pascal format. */ typedef struct __mtbl__ { /* element of msg text block list */ msgtxt_record * txt; /* pointer to text block */ struct __mtbl__ * next; /* pointer to next struct in list */ } mtbl; typedef mtbl * m_text; /* text handle - ptr to mtbl start */ /* public data *************************************************************/ extern msginfo_record msginfo; /* global msginfo record */ extern int _cdecl errortype; /* indicate type of error occurred */ extern char _cdecl errorstring []; /* printable string with error msg. */ /* macro's and prototypes **************************************************/ /* manipulating message text in memory */ m_text txt_new (char *); /* create new text */ int txt_add (m_text, char *); /* add a line of text */ void txt_dispose (m_text); /* dispose of text */ int txt_dump (m_text, int (*) (char *), unsigned char, unsigned char); /* dump message text */ /* message base file access */ int msg_open (char *); /* open message base */ void msg_close (void); /* close message base */ /* message base file locking */ int msg_lock (char *); /* lock message base */ void msg_unlock (void); /* unlock message base */ /* reading message base */ int msg_read_info (void); /* read msginfo.bbs */ int msg_read_hdr (long, msghdr_record *); /* read msghdr.bbs */ int msg_read_idx (long, msgidx_record *); /* read msgidx.bbs */ int msg_read_toidx (long, msgtoidx_record *); /* the same with */ m_text msg_read_text (msghdr_record *); /* read text 4 spec'd msg */ /* writing message base */ int msg_write_info (void); /* write msginfo.bbs */ int msg_write_hdr (long, msghdr_record *); /* write msghdr.bbs */ int msg_write_idx (long, msgidx_record *); /* write msgidx.bbs */ int msg_write_toidx (long, msgtoidx_record *); /* msgtoidx.bbs */ int msg_write_text (msghdr_record *, m_text); /* new/change txt */ int msg_write_new (msghdr_record *, m_text); /* write new msg */ int msg_kill (long); /* kill message */ /* message manipulation support routines */ long msg_msgnr2recnr (unsigned int); /* convert msg # to rec # */ unsigned int msg_recnr2msgnr (long); /* convert rec # to msg # */ void msg_hdr_clear (msghdr_record *); /* clear header record */ int msg_fixup4d (msghdr_record *, m_text); /* hdr -> @intl */ /* message base search routines */ long msg_firstinboard (unsigned char); /* get # of 1st msg in brd */ long msg_lastinboard (unsigned char); /* get # of last msg in b.*/ long msg_nextinboard (long); /* get # of next msg in b.*/ long msg_previnboard (long); /* get # of prev msg in b.*/ long msg_firstto (msgtoidx_record *); /* get # of 1st msg to.. */ long msg_lastto (msgtoidx_record *); /* get # of last msg to.. */ long msg_nextto (long); /* get # of next msg to.. */ long msg_prevto (long); /* get # of prev msg to.. */ /* netmail search and manipulation support routines */ int net_first (char *); /* get # of first net msg */ int net_last (char *); /* get # of last net msg */ int net_next (char *, int); /* get # of next net msg */ int net_prev (char *, int); /* get # of prev net msg */ void net_hdr_clear (net_record *); /* clear a netmail header */ int net_fixup4d (net_record *, m_text); /* intl/fmpt/topt */ int net_getlastread (char *); /* get *.msg lastread ptr */ int net_setlastread (char *, int); /* set *.msg lastread ptr */ /* reading and writing netmail */ int net_read_hdr (char *, int, net_record *); /* read net. hdr */ m_text net_read_text (char *, int); /* read netmail text */ int net_write (char *, int, net_record *, m_text); /* write net. */ int net_kill (char *, int); /* kill *.msg netmail msg */ /* wrap up the c++ fixup ***************************************************/ #ifdef __cplusplus } #endif #endif /* __mb_lib_h */ /* eof */ |


The RippleDex API provides a very straightforward web endpoint to query price quotes inside the Ripple network.
The price endpoint provides the main functionality of the API. Using this endpoint is easy and you can try it out yourself below.
The URL to query the API consists of following parts:
https://api.rippledex.com/price
latest|24h|7d|30d(this part is optional and latest is the default value)
[ISO-code]/[issuer address]
This is a small utility addition to the API. The /gateways.json call contains the list of known Gateways according to the RippleDex list maintained on GitHub. It provides a minified version and caches the content to speed it up compared to a call to the raw GitHub file.


Harman, Joel, Brown, Ross, & Johnson, Daniel
(2017)
Improved memory elicitation in virtual reality: New experimental results and insights.
In Dalvi, G, Joshi, A, O'Neil, J, Winckler, M, Bernhaupt, R, & K Balkrishan, D (Eds.) Human-Computer Interaction - INTERACT 2017: 16th IFIP TC 13 International Conference Proceedings, Part II (Lecture Notes in Computer Science, Volume 10514). Springer, Switzerland, pp. 128-146.


This allows you to encode, decode or hash text.
"piñata"
would be encoded as "piñata"
.
"2￠"
would be encoded as \"2\uFFE0\"
.
"piñata"
would be decoded as "piñata"
.
\"2\uFFE0\"
would be decoded as "2￠"
.
Açores
would be encoded as %u0041%u00e7%u006f%u0072%u0065%u0073
.
%u0041%u00e7%u006f%u0072%u0065%u0073
would be decoded as Açores
.
| Top level Edit menu | 'Encode/Decode/Hash...' menu item | |
| Break tab | 'Encode/Decode/Hash...' right click menu item | |
| Request tab | 'Encode/Decode/Hash...' right click menu item | |
| Response tab | 'Encode/Decode/Hash...' right click menu item | |
| Spider tab | 'Encode/Decode/Hash...' right click menu item |
| UI Overview | for an overview of the user interface | |
| Dialogs | for details of the dialogs or popups |


EOSISOSpeed Constants Reference
| Declared in | EOSPropertyObject.h |
EOSISOSpeed
Definition
typedef NS_OPTIONS(NSUInteger, EOSISOSpeed ) {
EOSISOSpeed_Auto = 0 x00,
EOSISOSpeed_6 = 0 x28,
EOSISOSpeed_12 = 0 x30,
EOSISOSpeed_25 = 0 x38,
EOSISOSpeed_50 = 0 x40,
EOSISOSpeed_100 = 0 x48,
EOSISOSpeed_125 = 0 x4b,
EOSISOSpeed_160 = 0 x4d,
EOSISOSpeed_200 = 0 x50,
EOSISOSpeed_250 = 0 x53,
EOSISOSpeed_320 = 0 x55,
EOSISOSpeed_400 = 0 x58,
EOSISOSpeed_500 = 0 x5b,
EOSISOSpeed_640 = 0 x5d,
EOSISOSpeed_800 = 0 x60,
EOSISOSpeed_1000 = 0 x63,
EOSISOSpeed_1250 = 0 x65,
EOSISOSpeed_1600 = 0 x68,
EOSISOSpeed_2000 = 0 x6b,
EOSISOSpeed_2500 = 0 x6d,
EOSISOSpeed_3200 = 0 x70,
EOSISOSpeed_4000 = 0 x73,
EOSISOSpeed_5000 = 0 x75,
EOSISOSpeed_6400 = 0 x78,
EOSISOSpeed_8000 = 0 x7b,
EOSISOSpeed_10000 = 0 x7d,
EOSISOSpeed_12800 = 0 x80,
EOSISOSpeed_16000 = 0 x83,
EOSISOSpeed_20000 = 0 x85,
EOSISOSpeed_25600 = 0 x88,
EOSISOSpeed_32000 = 0 x8b,
EOSISOSpeed_40000 = 0 x8d,
EOSISOSpeed_51200 = 0 x90,
EOSISOSpeed_102400 = 0 x98,
EOSISOSpeed_Unknown = 0 xffffffff,
};
Constants
EOSISOSpeed_Auto
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_6
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_12
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_25
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_50
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_100
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_125
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_160
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_200
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_250
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_320
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_400
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_500
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_640
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_800
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_1000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_1250
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_1600
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_2000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_2500
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_3200
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_4000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_5000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_6400
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_8000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_10000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_12800
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_16000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_20000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_25600
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_32000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_40000
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_51200
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_102400
-
Declared In
EOSPropertyObject.h
. EOSISOSpeed_Unknown
-
Declared In
EOSPropertyObject.h
.


breeding crop genetic traits selection Plant genome phenotyping superior used {border-style trait approaches lines mapping px;} #ffffff;} alleles climate genomic genotyping R.K. approach crops sequencing Varshney based change development generation germplasm identification paper plant populations rapid technologies use Sci genes new pre-breeding Biol Nat data number platforms population useful association editing genomics improvement research using Genet Huang NGS analysis climate-change high-throughput integration markers programs px; ready resources species {font-family Biotechnol Genome accelerate advanced crops. font-size gains identify important novel quantitative related resequencing targeted Genetic Singh available breeding. challenges climate-resilient conditions developing double; future genetics information large lines, marker millet opportunities plants presents rice A.W. CWR Curr Genomic J.M. Khan Kumar Pre-breeding Science Trends V.K. access alleles/haplotypes border-color border-width develop developed different effect elite entire genomics-assisted instance, maize overview precise regions solid; studies wild years {font-style {font-weight Buckler Chitikineni Crop M.D. M.J. M.K. Mackay McCouch Opin Powell Wang Zhang Zhao [], accessions advances agronomic article bold chips collections courier; decision delivery diversity donors em; environments especially essential extreme gain genomes high higher imaging individuals inter-cross interest. introgression materials molecular need phenotypic pigeonpea potential power product programs. provide pt;} recent required sensors set significant target traits. un-adapted yield


HttpRpcConnectionListenerDistributor |
HttpRpcConnectionListenerDistributor is responsible for distributing connection and disconnection events to interested listeners (HttpRpcConnectionListener). class HttpRpcConnectionListenerDistributor<I : RPCOps> |


| I l@ve RuBoard |
This section presents the STL algorithms that are provided for numeric processing. However, you can process other than numeric values. For example, you can use accumulate() to process the sum of several strings. To use the numeric algorithms you have to include the header file <numeric>[10] :
[10] In the original STL the numeric algorithms were defined in <algo.h>.
#include <numeric>
T
accumulate (InputIterator beg, InputIterator end, T initValue)
T
accumulate (InputIterator beg. InputIterator end, T initValue, BinaryFunc op)
The first form computes and returns the sum of initValue and all elements in the range [beg,end). In particular, it calls
initValue = initValue + elem
for each element.
The second form computes and returns the result of calling op for initValue and all elements in the range [beg,end). In particular, it calls
initValue = op(initValue, elem)
for each element.
Thus, for the values
a1 a2 a3 a4 ...
they compute and return either
initValue + a1 + a2 + a3 + ...
or
initValue op a1 op a2 op a3 op ...
respectively.
If the range is empty (beg==end), both forms return initValue.
op must not modify the passed arguments.
Complexity: linear (numberOfElements calls of operator + or op() respectively).
The following program demonstrates how to use accumulate() to process the sum and the product of all elements of a range:
// algo/accu1.cpp #include "algostuff.hpp" using namespace std; int main() { vector<int> coll; INSERT_ELEMENTS(coll,1,9); PRINT_ELEMENTS(coll); // process sum of elements cout << "sum: " << accumulate (coll.begin(), coll.end(), // range 0) // initial value << endl; // process sum of elements less 100 cout << "sum: " << accumulate (coll.begin(), coll.end(), // range -100) // initial value << endl; // process product of elements cout << "product: " << accumulate (coll.begin(), coll.end(), // range 1, // initial value multiplies<int>()) // operation << endl; // process product of elements (use 0 as initial value) cout << "product: " << accumulate (coll.begin(), coll.end(), // range 0, // initial value multiplies<int>()) // operation << endl; }
The program has the following output:
1 2 3 4 5 6 7 8 9 sum: 45 sum: -55 product: 362880 product: 0
The last output is 0 because any value multiplied by zero is zero.
T
inner_product (InputIterator1 beg1, InputIterator1 end1, InputIterator2 beg2, T initValue)
T
inner_product (InputIterator1 beg1. InputIterator1 end1, InputIterator2 beg2, T initValue, BinaryFunc op1. BinaryFunc op2)
The first form computes and returns the inner product of initValue and all elements in the range [beg,end) combined with the elements in the range starting with beg2. In particular, it calls
initValue = initValue + elem1 * elem2
for all corresponding elements.
The second form computes and returns the result of calling op for initValue and all elements in the range [beg,end) combined with the elements in the range starting with beg2. In particular, it calls
initValue = op1 (initValue,op2(elem1 ,elem2))
for all corresponding elements.
Thus, for the values
a1 a2 a3 ... b1 b2 b3 ...
they compute and return either
initValue + (a1 * b1) + (a2 * b2) + (a3 * b3) + ...
or
initValue op1 (a1 op2 b1) op1 (a2 op2 b2) op1 (a3 op2 b3) op1 ...
respectively.
If the first range is empty (beg1==end1), both forms return initValue.
The caller has to ensure that the range starting with beg2 contains enough elements.
op1 and op2 must not modify their arguments.
Complexity: linear (numberOfElements calls of operators + and * or numberOfElements calls of op1() and op2() respectively).
The following program demonstrates how to use inner_product(). It processes the sum of products and the product of the sums for two sequences:
// algo/inner1.cpp #include "algostuff.hpp" using namespace std; int main() { list<int> coll; INSERT_ELEMENTS(coll,1,6); PRINT_ELEMENTS(coll); / * process sum of all products * (0 + 1*1 + 2*2 + 3*3 + 4*4 + 5*5 + 6*6) */ cout << "inner product: " << inner_product (coll.begin(), coll.end(), // first range coll.begin(), // second range 0) // initial value << endl; /*process sum of 1*6 ... 6*1 *(0 + 1*6 + 2*5 + 3*4 + 4*3 + 5*2 + 6*1) */ cout << "inner reverse product: " << inner_product (coll.begin(), coll.end(), // firstrange coll.rbegin(), // second range 0) // initial value << endl; / * process product of all sums * (1 * 1+1 * 2+2 * 3+3 * 4+4 * 5+5 * 6+6) */ cout << "product of sums: " << inner_product (coll.begin(), coll.end(), // first range coll.begin(), // second range 1, // initial value multiplies<int>(), // inner operation plus<int>()) // outer operation << endl; }
The program has the following output:
1 2 3 4 5 6 inner product: 91 inner reverse product: 56 product of sums: 46080
The following two algorithms provide the ability to convert a sequence of relative values into a sequence of absolute values, and vice versa.
OutputIterator
partial_sum (InputIterator sourceBeg, InputIterator sourceEnd, OutputIterator destBeg)
OutputIterator
partial_sum (InputIterator sourceBeg, InputIterator sourceEnd, OutputIterator destBeg, BinaryFunc op)
The first form computes the partial sum for each element in the source range [sourceBeg, sourceEnd) and writes each result to the destination range starting with destBeg.
The first form calls op for each element in the source range [sourceBeg,sourceEnd) combined with all previous values and writes each result to the destination range starting with destBeg.
Thus, for the values
a1 a2 a3 ...
they compute either
a1, a1 + a2, a1 + a2 + a3, ...
or
a1, a1 op a2, a1 op a2 op a3, ...
respectively.
Both forms return the position after the last written value in the destination range (the first element that is not overwritten).
The first form is equivalent to the conversion of a sequence of relative values into a sequence of absolute values. In this regard, partial_sum() is the complement of adjacent_difference().
The source and destination range may be identical.
The caller must ensure that the destination range is big enough or that insert iterators are used.
op should not modify the passed arguments.
Complexity: linear (numberOfElements calls of operator + or op() respectively).
The following program demonstrates some examples of using partial_sum():
// algo/partsum1.cpp #include "algostuff.hpp" using namespace std; int main() { vector<int> coll; INSERT_ELEMENTS(coll,1,6); PRINT_ELEMENTS(coll); // print all partial sums partial_sum (coll.begin(), coll.end(), // source range ostream_iterator<int>(cout," ")); // destination cout << end1; // print all partial products partial_sum (coll.begin(), coll.end(), // source range ostream_iterator<int>(cout," "), // destination multiplies<int>()) ; // operation cout << endl; }
The program has the following output:
1 2 3 4 5 6 1 3 6 10 15 21 1 2 6 24 120 720
See also the example of converting relative values into absolute values, and vice versa, on page 432.
OutputIterator
adjacent_difference (InputIterator sourceBeg, InputIterator sourceEnd, OutputIterator destBeg)
OutputIterator
adjacent_difference (InputIterator sourceBeg, InputIterator sourceEnd, OutputIterator destBeg, BinaryFunc op)
The first form computes the difference of each element in the range [sourceBeg,sourceEnd) with its predecessor and writes the result to the destination range starting with destBeg.
The second form calls op for each element in the range [sourceBeg,sourceEnd) with its predecessor and writes the result to the destination range starting with destBeg.
The first element only is copied.
Thus, for the values
a1 a2 a3 a4 ...
they compute and write either the values
a1, a2 - a1, a3 - a2, a4 - a3, ...
or the values
a1, a2 op a1, a3 op a2, a4 op a3, ...
respectively.
Both forms return the position after the last written value in the destination range (the first element that is not overwritten).
The first form is equivalent to the conversion of a sequence of absolute values into a sequence of relative values. In this regard, adjacent_difference() is the complement of partial_sum().
The source and destination range may be identical.
The caller must ensure that the destination range is big enough or that insert iterators are used.
op should not modify the passed arguments.
Complexity: linear (numberOfElements-1 calls of operator - or op() respectively).
The following program demonstrates some examples of using adjacent_difference():
// algo/adjdiff1.cpp #include "algostuff.hpp" using namespace std; int main() { deque<int> coll; INSERT_ELEMENTS(coll,1,6); PRINT_ELEMENTS(coll); // print all differences between elements adjacent_difference (coll.begin(), coll.end(), // source ostream_iterator<int>(cout, " ")); // dest. cout << end1; // print all sums with the predecessors adjacent_difference (coll.begin(), coll.end(), // source ostream_iterator<int>(cout," "), // dest. plus <int>()); // operation cout << endl; // print all products between elements adjacent_difference (coll.begin(), coll.end(), // source ostream_iterator<int>(cout," "), // dest. multiplies<int>()); // operation cout << endl; }
The program has the following output:
1 2 3 4 5 6 1 1 1 1 1 1 1 3 5 7 9 1 1 1 2 6 12 20 30
See also the example of converting relative values into absolute values, and vice versa, in the next subsection.
The following example demonstrates how to use partial_sum() and adjacent_difference() to convert a sequence of relative values into a sequence of absolute values, and vice versa:
// algo/relabs.cpp #include "algostuff.hpp" using namespace std; int main() { vector<int> coll; coll.push_back(17); coll.push_back(-3); coll.push_back(22); coll.push_back(13); coll.push_back(13); coll.push_back(-9); PRINT_ELEMENTS(coll,"coll: ") ; // convert into relative values adjacent_difference (coll.begin(), coll.end(), // source coll.begin()); // destination PRINT_ELEMENTS (coll,"relative: ") ; // convert into absolute values partial_sum (coll.begin(), coll.end(), // source coll.begin()); // destination PRINT_ELEMENTS(coll,"absolute: "); }
The program has the following output:
coll: 17 -3 22 13 13 -9 relative: 17 -20 25 -9 0 -22 absolute: 17 -3 22 13 13 -9
| I l@ve RuBoard |


indicates update in the last 30 days.
indicates the project has precompiled binaries
| Last Update | Category | Owner | Name | Description | Commit Message | GitHub Stars | Has Binary | URL | |
|---|---|---|---|---|---|---|---|---|---|
| Last Update | Category | Owner | Name | Description | Latest Commit Message | GitHub Stars | Has Binary | URL |
Cobalt Strike is a post-exploitation framework designed to be extended and customized by the user community. Several excellent tools and scripts have been written and published, but they can be challenging to locate. Community Kit is a central repository of extensions written by the user community to extend the capabilities of Cobalt Strike. The Cobalt Strike team acts as the curator and provides this kit to showcase this fantastic work.
These links are being provided as a convenience and for informational purposes only; they do not constitute an endorsement or approval by HelpSystems of any of the products, services, or opinions of the corporation, organization, or individual. HelpSystems bears no responsibility for the accuracy, legality or content of the external site or for that of subsequent links. Contact the external site owner for answers to questions regarding its content.
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Griz Muench
Designer from New York City who loves meeting new people, building useful tools, dropping dope beats and pushing life's boundaries. My mission is to help others recognize, develop and use their God-given abilities to ease suffering and grow in goodness, love and compassion.
Featured Posts
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{% for post in site.posts %}
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Chicago teachers approve contract agreement, ending 11-day strike
by Melissa KleinChicago public school teachers approved the contract agreement that ended the 11-day strike that shut down classes in the country’s third largest school district last month.
The Chicago Teachers Union Friday ratified the contract late Friday, which will boost pay and put a nurse and social worker in every school. The agreement now goes to the city’s Board of Education Wednesday, The Associated Press reported.
The agreement will also provide money to enforce limits on class size.
“This contract is a powerful advance for our city and our movement for real equity and educational justice for our school communities and the children we serve,” Jesse Sharkey, the president of the teachers union, said in a statement.
“We live in one of the richest cities in the wealthiest nation in the world, and finally Chicago must start investing in the future of our city — our children.”


A simple implementation of the Network-friendly Epidemic Multicast (NeEM) protocol. This implementation is open source. Go to the NeEM homepage for licensing details, further documentation and download of the latest version.
The NeEM library provides an implementation of epidemic multicast (also called probabilistic or gossip-based) in wide-area networks by using multiple TCP/IP connections in a non-blocking fashion. The resulting overlay network is automatically managed by the protocol.
Epidemic multicast protocols achieve stable high throughput regardless of node and network faults and scale to very large numbers of participants. The resulting protocol can be used for event dissemination to a very large number of interested parties.
Implementation is based on Java5 and takes advantage of the NIO interfaces to maintain multiple network connections without threading overhead. The goal of this implementation is to be small, self-contained, and practical.
Look at package {@link net.sf.neem} for a simple and safe application programming interface. Package {@link net.sf.neem.impl} contains protocol building blocks that can be used to build customized epidemic protocols.


Created on 13/02/2013
@author: victor
Bases: object
Will generate the CondensedMatrix filled with the all vs all geometric center distances of the “body_selection” coordinates (which will usually be a ligand).
@param trajectory_handler: The handler containing selection strings, pdb info and coordsets. @param matrix_creation_parameters: The creation parameters (from the initial script).
@return: The created distances matrix.
Generates a condensed matrix with the euclidean distances between the geometrical centers of the conformations passed as input.
@param coordinates: Coordinates set from which calculating the geometrical centers (one geometrical center per conformation).
@return: The contents of the condensed matrix resulting of calculating all euclidean distances between the aforemetioned centers.
Created on 13/02/2013
@author: victor
Bases: object
Generates a matrix with the method used in the handler creation.
@param matrix_base_path: @param parameters:
@return: The created matrix.
Created on 13/02/2013
@author: victor
Bases: object
Generates a matrix with the method used in the handler creation.
@param trajectory_handler: @param matrix_creation_parameters:
@return: The created matrix.


Enumeration enumInputType
Enumeration members
button
button: = "button"
checkbox
checkbox: = "checkbox"
datetime
datetime: = "datetime"
hidden
hidden: = "hidden"
number
number: = "number"
password
password: = "password"
search
search: = "search"
submit
submit: = "submit"
Types of input https://developer.mozilla.org/en-US/docs/Web/HTML


{% blocktrans with url="https://docs.wagtail.io/en/stable/editor_manual/browser_issues.html#ie11" %}Wagtail is gradually removing support for IE11, which may affect you or your organisation. Learn more about our IE11 support plans.{% endblocktrans %}


Warehouse Keeper Hagger:
Better luck next time my friend... You should have guessed gold - gold - gold.


FATHER OF THE BRIDE (director: Vincente Minnelli; screenwriters: Frances Goodrich/Albert Hackett/from a novel by Edward Streeter; cinamatographer: John Alton; editor: Ferris Webster; cast: Spencer Tracy (Stanley Banks), Joan Bennett (Ellie Banks), Elizabeth Taylor (Kay Banks), Don Taylor (Buckley Dunstan), Billie Burke (Doris Dunstan), Moroni Olsen (Herbert Dunstan), Leo G. Carroll (Mr. Massoula), Marietta Canty (Delilah), Tom Irish (Ben Banks), Paul Harvey (Rev. A.I. Galsworthy), Russ Tamblyn (Tommy Banks), 1950)
Reviewed by Dennis Schwartz
This is one of the great dark comedies of the 1950s. The satire evolves from the nightmare a middle-aged, suburban father has when his beautiful 20-year-old daughter, his only daughter and the one he is most partial to of his three children, announces to him that she intends to get married. The crises for the father becomes one of his own making, as he is jealous of the groom, fearful that he has lost his daughter to a stranger, overly concerned about the high cost of the wedding, and is insecure about getting old.
Spencer Tracy is just superb as the father, Stanley Banks, who commutes from his well-to-do suburban home to the city, where he is a partner in a successful law firm. Ellie (Joan Benett) is his loyal companion, sharing with him a happy life. Their two teen-age sons, Tommy and Ben (Russ Tamblyn/ Tom Irish), are good kids, offering no problems. The father's only problem in life will come over arranging for the marriage of his daughter, as he reflects on how sad he feels about losing her.
The opening scene is a memorable one. Stanley is sunk down in a chair, exasperately looking back on the wedding he has just survived, sitting amidst a pile of junk left-over from the reception in his home. He looks at the camera and delivers his biting account of the three months leading up to the wedding and describes the wedding in detail. He begins by saying: "I would like to say a few words about weddings. I've just been through one."
His travail begins with the family at the dinner table where he learns that his daughter has found someone special, and he tries to picture in his mind which of the boys she brought over to the house is the one she chose. When he finally meets the 26-year-old lucky fellow, Buckley Dunstan (Don Taylor), he is disappointed and surprised that his daughter is in such awe of him. Troubled that he knows so little about the future groom, he arranges for a "man-to-man" talk to see if he will be a good provider for Kay, and in the course of their talk, where he does all the talking, he feels relieved, becoming satisfied that his daughter is marrying a man with a head on his shoulders.
Next the Banks get to meet and know their daughter's in-laws, Doris (Billie Burke) and Herbert Dunstan (Moroni Olsen). After much suspicion about the family their daughter is marrying into, the father's concerns are eased by seeing the beautiful house they live in and that they both are of the same privileged class.
There are a few more tribulations the poor father has to go through, such as the engagement party where he is advised by friends "from now on, your only function is to pay the bills." Then there is his worry that the wedding is going to bankrupt him. The amusement is in watching him go over the large guest list, as the family tries to decide who is to be invited to the church and who is to be invited to both the church and the reception afterwards, and if it is possible to cut down the guest list and save some expenses, which provokes a family dispute of whom to leave off. Even the caterer (Leo G. Carroll), proves to be an unpleasant problem to deal with, as Stanley wryly says, "An experienced caterer can make you ashamed of your house in fifteen minutes."
One of the more comical scenes is when Kay wants to call the wedding off because Buckley chose to go to an unromantic fishing spot for the honeymoon, as the father listens intently to this serious dilemma and pretends to understand his daughter's thinking on this.
The most telling scene is the father's bad dream about how the wedding ceremony might turn out to be a fiasco. Finally, at the church service, with Stanley about to lose his daughter and feeling confused about his selfish reactions, but suddenly a reality of the situation sets in and he comes to accept it. This is followed by the cramped wedding reception in his redecorated house. His final sadness, is that he misses out in saying good-bye to his daughter, as she goes off on her honeymoon, unable to find him in the crush of guests. All his fears about losing his daughter for good are resolved when she phones him from the train station and reassures him that she loves him. Stanley, tired and ready to call it a night, says aloud, " Nothing's really changed, has it?  All of our life."
REVIEWED ON 4/4/2000 GRADE: A
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
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


Id: 156
Name: Hemorrhage
Status: Alive
Species: Human
Type:
Gender: Male
OriginName: Post-Apocalyptic Earth
OriginUrl: https://rickandmortyapi.com/api/location/8
LocationName: Post-Apocalyptic Earth
LocationUrl: https://rickandmortyapi.com/api/location/8
Image: https://rickandmortyapi.com/api/character/avatar/156.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/23']
Url: https://rickandmortyapi.com/api/character/156
Created: 2017-12-29T15:44:40.083Z


Just play your computer keyboard. Keys are shown below.
Instrument
Root frequency (Hz)
Number of steps to double frequency
-Or- Custom computer key mapping
Duration for each note (seconds)
Volume
Sample rate (4000 Hz - 44100 Hz)
Frequencies of each computer keyboard key (Hz). Frequencies can be edited. Clicking/tapping label will also play key.
Pleasing ratios and closest key (from root)


{% trans "Connect to device:" %} {{ device.name }}
{% trans "Open the app that you want to connect and optionally reset it to the original state." %}
{% trans "Scan the following configuration code:" %}
{% trans "If your app/device does not support scanning a QR code, you can also enter the following information:" %}
{% trans "System URL:" %} {{ settings.SITE_URL }} {% trans "Token:" %} {{ device.initialization_token }}
{% blocktrans trimmed %}
Please note that this is a new feature that currently only works for beta-stage software, such as
pretixPOS. pretixdroid 1.x and pretixdesk 0.x are not supported by this feature. Future versions of
pretixdroid and pretixdesk will be supported through this menu.
{% endblocktrans %}
{% blocktrans trimmed %}
To set up pretixdroid or pretixdesk, please go to the Check-in devices section of an event.
{% endblocktrans %}


Finally, the gruesome period of the totalitarian history is over,
the Communist villains are punished, and the free mankind is
opening it arms to the surviving freedom fighters, poets,
scientists and philosophers, doing everything possible
to sooth their wounds and incorporate their thoughts and ideals
into the strategic development plans of the human civilization.
- That's what I expected to happen after the collapse of the communism.
Naive, eh? Well, I am sure there are somewhere some Communism
survivors that are able, and willing, to influence the new frontiers.
If you know of any such people, please
tell me about them!
Meanwhile, here are some links to interesting free and intelligent things about Russia. Let me know if I missed something important!
Moscow State University
SovInformBureau
Russian Music page
Pekkel's Russian Page
Moscow Libertarium
Technews.RU
STUKACH page
Russian intellectual resources
HIGH.RU
Russian psychedelic resources
Steklov Mathematical Institute of the Russian Academy of Sciences
Saint Petersburg University
Best Russian Periodicals online.
Victor Pelevin
Russian Third Millenium Site
Want to play Russian Checkers or Chess?
| Friendly sites | Guestbook | Participate |


Obstacle Course
问题描述 :
You are working on the team assisting with programming for the Mars rover. To conserve energy, the rover needs to find optimal paths across the rugged terrain to get from its starting location to its final location. The following is the first approximation for the problem.
N * N square matrices contain the expenses for traversing each individual cell. For each of them, your task is to find the minimum-cost traversal from the top left cell [0][0] to the bottom right cell [N-1][N-1]. Legal moves are up, down, left, and right; that is, either the row index changes by one or the column index changes by one, but not both.
输入:
Each problem is specified by a single integer between 2 and 125 giving the number of rows and columns in the N * N square matrix. The file is terminated by the case N = 0.
Following the specification of N you will find N lines, each containing N numbers. These numbers will be given as single digits, zero through nine, separated by single blanks.
输出:
Each problem is specified by a single integer between 2 and 125 giving the number of rows and columns in the N * N square matrix. The file is terminated by the case N = 0.
Following the specification of N you will find N lines, each containing N numbers. These numbers will be given as single digits, zero through nine, separated by single blanks.
样例输入:
3 5 5 4 3 9 1 3 2 7 5 3 7 2 0 1 2 8 0 9 1 1 2 1 8 1 9 8 9 2 0 3 6 5 1 5 7 9 0 5 1 1 5 3 4 1 2 1 6 5 3 0 7 6 1 6 8 5 1 1 7 8 3 2 3 9 4 0 7 6 4 1 5 8 3 2 4 8 3 7 4 8 4 8 3 4 0
样例输出:
Problem 1: 20 Problem 2: 19 Problem 3: 36
/** * ID: ping128 * LANG: C++ */ #include <stdio.h> #include <iostream> #include <sstream> #include <stdlib.h> #include <string> #include <vector> #include <set> #include <queue> #include <stack> #include <list> #include <math.h> #include <algorithm> #include <map> #include <string.h> using namespace std; typedef long long LL; typedef pair<int, int>PII; typedef pair<PII, int>PII2; int n; int in[150][150]; int dp[150][150]; int cx[] = {0, 0, 1, -1}, cy[] = {1, -1, 0, 0}; class Solve { public: void main2() { for(int i = 0; i < n; i++ ) for(int j = 0; j < n; j++ ) cin >> in[i][j]; for(int i = 0; i < n; i++ ) for(int j = 0; j < n; j++ ) dp[i][j] =<PHONE_NUMBER>; dp[0][0] = in[0][0]; queue<PII>Q; Q.push(PII(0, 0)); while(!Q.empty()) { int ii = Q.front().first; int jj = Q.front().second; Q.pop(); for(int i = 0; i < 4; i++ ) { int iii = ii + cx[i]; int jjj = jj + cy[i]; if(iii >= 0 && iii < n && jjj >= 0 && jjj < n && dp[iii][jjj] > dp[ii][jj] + in[iii][jjj]) { dp[iii][jjj] = dp[ii][jj] + in[iii][jjj]; Q.push(PII(iii,jjj)); } } } cout << dp[n - 1][n - 1] << endl; } }; int main() { // freopen("c.in", "r", stdin); // freopen(".out", "w", stdout); int t= 0 ; while(1) { t++; cin >> n; if(n == 0) break; Solve ___test; printf("Problem %d: ", t); ___test.main2(); } //while(1); return 0; }
(adsbygoogle = window.adsbygoogle || []).push({});
看看宁夏的放假表，你们会崩溃的
<EMAIL_ADDRESS>这个也是算法导论的习题
这个是代码高亮功能，那就再换一个颜色
这种二分还是比较经典！mark
想问下computeLSPArray那里，if(len!=0) len=lps[len-1]是什么意思
还真是，i7的cpu跑了3秒
这个问题别太纠结了，不同的编译器结果不一
helpful！！ mark
&这是C语言？
很不错！
图像处理那题解题报告在哪儿呢？
程序只能输出一个子序列
打字员路过。。。。。。算法是啥。。。能干嘛。。。。。。。。能吃么。。哎
大哥，你复制也看看是不是这题的答案才复制吧。


Get Carter (2000) Review by Steve Kong The Hard Boiled Movie Guide http://boiledmovies.sbay.com/
It was the slick poster and the slick trailer of Get Carter that got me into the theatre to watch this film. Had it not been for that, I probably would have waited for video to see this movie starring aging action star Sylvester Stallone. So, was it worth the trip?
Jack Carter (Sylvester Stallone) is a brutal hitman who travels to Seattle for his brother's funeral. When he gets to Seattle he finds that his brother's death may not be what it was said to be and Carter sets out to find the killer. In Seattle, Carter returns to his old life where people fear him. Where he is the local tough guy, the bad guy. He meets his old bad buddies, like Cyrus (Mickey Rourke). He meets his troubled niece Doreen (Rachael Leigh Cook) who somehow is connected to everything that is happening in the movie. There is a thread about Carter's affair with his boss' wife but that never gets full treatment and feels tacked on.
Get Carter is a remake of the 1971 version. I've not seen the original, so I can't comment on how the two compare. But, looking at the credits it's nice to see Michael Caine who played Jack Carter in the original taking a larger role in this remake. The story of Get Carter is nothing special. It does have its twists and turns, but it sometimes lost me. The film will also make you laugh with its subtle humor Stallone delivers some of his lines with comedic perfection.
So, what's the hook of Get Carter? Style. The style that Get Carter is shot is so different that at points it distracts from the story. But, I loved it. The style in which Get Carter is shot gives the film a sort of charm that if it did not have, it would not have been so enjoyable. Kudos to director Stephen T. Kay, cinematographer Mauro Fiore, and editor Jerry Greenberg for an injection of style into what would have otherwise been a bland film.
How's Stallone? Perfect. Stallone gives one of his best performances in recent memory. Kudos to Stallone for one great performance. The other good performance is Rachael Leigh Cook. Mickey Rourke turns in a nice performance and is genuinely tough on screen.
Catch Get Carter, you'll be entertained throughout it's running time.
--- Steve Kong<EMAIL_ADDRESS>not all film critics are the same. i'm your hard boiled movie guide.
http://boiledmovies.sbay.com/
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


Environment
public class Environment
Environment main class
-
Environment flags
See moreDeclaration
Swift
public struct Flags: OptionSet
-
Environment configuration
See moreDeclaration
Swift
public struct Configuration
-
Initialise an Environment with 0 or more databases
Throws
Operation error. SeeDBError
.Declaration
Swift
public init(path: String, configuration: Configuration = .default) throws
Parameters
path
Local path to the database file. The folder and the file should exist and be readable.
flags
Set with environment flags
maxDBs
Maximum number of databases within the environment
maxReaders
mapSize
The size of the memory map. The value should be a multiple of the OS page size.
-
Close the environment
Declaration
Swift
public func close()


The northernmost district of Kerala, Kasaragod is renowned for its hills, forts and water bodies. The coir and handloom industry here are extremely famous around the world. The place is also popular for its ancient temples and rich biodiversity. It is an important border district as well that regulates trade with a lot of neighbouring States. Legends regarding the district greet you at every turn on a visit here. A trip here is incomplete without visiting Bekal Fort, the most majestic and well maintained fort in South India.
Bekal Fort was built by Shivappa Nayaka of Keladi in 1650 AD, at Bekal. It is the largest fort in Kerala, spreading over 40 acres.
Ananthapadmanabhaswamy Temple or Anantha Lake Temple is a Hindu temple built in the middle of a lake in the little village of Ananthapura, around 6 km from the town of Kumbla in Manjeswaram taluk of Kasaragod. This is the only lake temple in Kerala and is believed to be the original seat of Ananthapadmanabha Swami.An interesting spot to keep in mind while visiting the temple is a cave to the right corner of the lake. According to the local legend, the deity Anantha Padmanabha chose to go all the way to Thiruvananthapuram through that cave. The current priests are Havyaka Brahmins, however the tantri belongs Shivalli Brahmin community.
Chandragiri Fort is a fort built in the 17th century, situated in Kasaragod. This large squarish fort is 150 feet above sea level and occupies an area of about seven acres by the side of the river Payaswini. The fort is now in ruins. The fort has an eventful history. In earlier days, the river was considered to be the border of two powerful kingdoms - Kolathunadu and Thulunadu. When Thulunadu was captured by the Vijayanagara Empire, the Kolathunadu kings lost the Chandragiri region to them. During the decline of the Vijayanagara Empire, the area was administratively looked after by the Keladi Nayakas of Ikkeri. When the Vijayanagara Empire fell in the 16th century, Vengappa Nayaka declared independence. Later Shivappa Nayaka took over the reins. He built a chain of forts of which Chandragiri is part.


[ Cloud Foundry ]
Environment variables
System Information
Key
Value
{{#env}}
{{key}}
{{{value}}}
{{/env}}
System Information
back to top
{{#sys}}
{{0}}
{{{1}}}
{{/sys}}


Meet the partners of the I'm a Celebrity 2019 contestants
I’m a Celebrity 2019 is well underway, with Caitlyn Jenner cracking up the nation by falling out of a window and Andrew Maxwell’s budgie smugglers coming for Helen Flanagan’s ‘sexy shower’ crown.
But who in the camp has got a special someone rooting for them back home?
Read on to find out about the celebrities’ other halves…
Caitlyn Jenner and Sophia Hutchins
70-year-old Caitlyn is dating 23-year-old Sophia Hutchins.
Sophia, also a transgendered woman, is a budding entrepreneur, having invented an odourless SPF 50+ sunscreen mist that can be applied after makeup.
Caitlyn has been married three times before, most famously to Kardashian matriarch Kris Jenner.
On top of being a step-parent to Kim, Kourtney and Khloe, Caitlyn has six biological children including Kendall and Kylie Jenner and The Hills’ Brody Jenner.
Roman Kemp and Sophie-Anne Flury
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The radio DJ and son of Martin Kemp has been dating Sophie-Anne Flury since 2018.
Anne-Sophie is a neuroscientist and is a budding business mogul, launching Shu Gum – a cleaning product to help keep your shoes fresh – this year.
The two have a Chihuahua together – and you can follow the dog’s adventures on its Instagram, @PoochiebyGucci.
Jacqueline Jossa and Dan Osborne
Jacqueline has been with ex-TOWIE star Dan Osborne since 2014 and they share daughters Ella and Mia.
Though they’ve had a few ups and downs over the years, the two seem stronger than ever.
Dan recently uploaded a cute photo of their two daughters and his son from a previous relationship cheering her on in the jungle.
Adele Roberts and Kate Holderness
Radio 1 DJ Adele is dating actress Kate Holderness.
Kate has starred in episodes of Coronation Street, the BBC’s Henry VIII and his Six Wives, playing Catherine Parr, and the BBC’s Elizabeth I in 2017.
Kate Garraway and Derek Draper
Good Morning Britain presenter Kate Garraway is married to political advisor Derek Draper.
The pair married in 2005 and have two children together – daughter Darcey and son Bill.
Kate has been getting emotional about how much she misses her children during her time in the jungle so far.
Andrew Maxwell and his wife
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Andrew Maxwell has been married since 2016, but it appears that his wife isn’t one for the spotlight.
Little is known about her, but Andrew occasionally jokes about her and her family in his stand-up.
The comedian often refers to his eccentric in-laws and joked about trying to get his Egyptian father-in-law to attend his Irish wedding via Belfast.
Andrew has three children, including son Flynn.
Ian Wright and Nancy Hallam
The former football star has been married to Nancy Hallam since 2011.
The pair have two children together, daughters Lola, 10, and Roxanne, 7.
Ian Wright has four daughter and four sons in total, including football stars Shaun Wright-Phillips and Bradley Wright-Phillips.
James Haskell and Chloe Madeley
The rugby champ is married to Richard and Judy’s daughter Chloe Madeley.
He proposed to Chloe in Paris and the pair married in December 2018.
Cliff Parisi and Tara Wyer
The ex-EastEnders star has been married to BBC producer Tara Wyer since 2010.
The two share a son, Arthur, and Cliff has three other children – Mandy, Dean and Jack – from previous relationships.
Andy Whyment and Nicola Willis
The Corrie star has been married to wife Nicola Willis since 2007.
In an interview with OK! Magazine, the actor got gushy about his wife, saying: ‘I’m a very lucky bloke. We’ve been together 14 years and we just don’t argue. We get on so well.’
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The two share children Thomas and Hollie.
The Single Celebs
Nadine Coyle was with ex-Jason Bell for 11 years, sharing daughter Anaiya.
The pair split earlier this year, though it’s said the two remain on good terms.
Myles Stephenson was dating Love Island’s Gabby Allen – but their relationship fizzled out amidst cheating rumours – rumours he has spoken out against, insisting the two were on a ‘break’ (have we learnt nothing since Ross and Rachel?) to The Sun.
I’m A Celebrity continues on ITV on Thursday night at 9.10pm.


Smart house
Stairway light
State:
Garden light
State:
Barrier
State:
Security-system
State:
Latest acess
Meteostation
Light level
lx
Humidity
%
Temperature
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TITLE OF RESEARCH: Neurocognitive mechanisms of decision-making and learning from rewards
PRINCIPAL INVESTIGATOR: Nathaniel D. Daw, Ph.D.
PRINCIPAL INVESTIGATOR’S DEPARTMENT: Neuroscience & Psychology
You are being invited to take part in a research study. Before you decide to participate in this study, it is important that you understand why the research is being done and what it will involve. Please take the time to read the following information carefully. Please contact the researcher if there is anything that is not clear or if you need more information.
With this research we hope to explore the following objectives related to human learning and decision-making:
In this experiment, you'll repeatedly be presented with images on your computer screen and asked to make decisions or responses using button-presses or mouse-clicks. At the conclusion of the experiment, you will receive monetary compensation determined in part by the decisions you make during the task.
Your total expected time commitment for this study is: 25 minutes.
You will not receive any direct benefit from your participating other than the monetary payment you will receive for participation and the possible enjoyable or rewarding aspects of participating in research.
The research team will make every effort to protect your confidentiality, as required by law. Personally identifying data will remain strictly confidential. Immediately following data collection, your age, profession, ethnic classification, and any other personally identifying information, will be separated from the rest of the obtained data and replaced by a coded designation. The personally identifying information and its mapping to code numbers will be stored in a locked cabinet in the investigator's laboratory in the Princeton Neuroscience Institute, or digitally on secure, encrypted, password-protected computers also located at the PNI. Consent forms will be stored, separately, in the same manner. We will not include any information that will make it possible to identify you in any report we might publish.
For this study, which is estimated to take ~25 minutes, you will be compensated $2.50 for your participation plus an additional payment $1.00 based on the decisions you make during the experiment.
1. PRINCIPAL INVESTIGATOR:
2. If you have questions regarding your rights as a research subject, or if problems arise which you do not feel you can discuss with the Investigator, please contact the Institutional Review Board at:
I understand the information that was presented and that:
My participation is voluntary, and I may withdraw my consent and discontinue participation in the project at any time. My refusal to participate will not result in any penalty. I do not waive any legal rights or release Princeton University, its agents, or you from liability for negligence.By clicking the box below, I hereby give my consent to be the subject of your research.


The Bose Headphones 700 Just Got Its First Price Drop, Now $349
The brand new Bose Headphones 700 that are replacing the Quiet Comfort 35 Series II headphones, just got their first price drop. We're looking at $50 off of its regular price, down to $349.
Considering Bose products rarely ever see any form of price drops, this is actually a pretty big deal. And now is definitely the time to pick up a pair.
The Bose Headphones 700 are noise cancelling headphones, and do a really great job at doing just that. We're looking at 11 levels of noise cancelling, so you can control distractions and/or let in some ambient sound. This becomes very important when you are walking down the street or on the subway, so you can hear what's going on around you.
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Battery life on the Bose Headphones 700 are rated for around 20 hours of usage. That is with noise cancellation turned on. So you can turn those off and get even better battery life.
The design on the Bose Headphones 700 is pretty interesting. Much different from its other headphones. But these are meant to be lighter, so they are more comfortable to wear for many hours on end.
Bose has also included Amazon Alexa support on these headphones. So you can talk to Alexa in any environment using the Bose Headphones 700. There are four adaptive microphones built-in, so it can isolate your voice from the surrounding noise.
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You can access Alexa with the push of a button, or by using the wake word. You can ask Alexa for all of the usual stuff like weather, navigation, text messages and so forth. It can also speak to you in English or Spanish.
There is support for Google Assistant on the Bose Headphones 700 as well.
You can pick up the Bose Headphones 700 noise cancelling headphones from Amazon today by clicking here. This price won't be around for long though.
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 They are used to define a type of object, and then give that object functionality through methods.
In this example, we are going to make a Pet Class. To start off we need to decide what characteristics each pet should have when we create them. To keep it simple, let's initialize each Pet with a name and a type.
Now, when I make a new Pet, I need to pass in two arguments.
You may notice those "@" signs before the variables inside the initialize method. These are called instance variables, and they are used to describe an instance of a method. In this case, our instances are "my_pet" and "my_other_pet". The instance variables assigned to each of those instances will travel with the instance across class methods. This means that I can access the name and type of pet that my_pet is OUTSIDE the initialize method!
To see this in action, I've created a name method, and a type method. They're pretty simple, they just display these attributes of the instance we've created.
There's a cleaner way to create these class methods in Ruby, using the attribute accessor (a combination of what's called "getter" or reading methods, and "setter" or writing methods.) Below, I've used this technique to eliminate the need for the def name and def type methods. The below code will produce the same output as above
So far, our pet doesn't do anything very interesting. So, lets' give him an activity.
Of course, you could do it this way, too:
Classes can be confusing at first, but if you think of them as blueprints that tell the instances of your object what to be and how to act, they become wonderfully helpful tools to create usable, interactive code!


@(id: String)(clients: List[models.Client])(associatedClients: List[models.Client])(searchText: String)
@main("Manage Clients") {
Associate a Client
@if(clients.isEmpty()){
@if(!searchText.isEmpty()){
- No clients to display.
}
} else {
@for(client <- clients) {
- @client.name
}
}
Associated Clients
@if(associatedClients.isEmpty()){
- No associated Clients to display.
} else {
@for(associatedClient <- associatedClients) {
-
@associatedClient.name
}
}
}


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Group Members
Click Zayde Wolf for more information
- Gladiator
- This is the perfect song if your going for a run or to the gym.
- Brave
- This song ways makes me feel better.
- Walk Through The Fire
- This is he first song by him i ever heard by him very awsome song so powerful.


Conceptual Model
Entities and Attributes
Customers:
- userId (Primary Key)
- userHash
- userActivationToken (for account verification)
- userEmail
Categories:
- categoryId (Foreign Key)
- categoryName
- categoryDesign
Products
- productId (Primary Key)
- categoryProductId (Foreign Key)
- productType
- productPrice
Relationships
1 to 1 relationship: One customer can only have one page.
Many to many: Many customers can buy from many designers


Group Progress
Worked together on song selection for demo library as well as phase vocoder. All parts for hardware have arrived, so can now fully work with them. This week has been more so individual progress than group progress.
Individual Progress
Robert Keller: Worked on the analysis section of the phase vocoder. Has been implementing these in Matlab first since he is more comfortable with the process in Matlab. Will be transferring these algorithms into C++ in the future so Android app can communicate easier.
Julian Trulear: Picked up hardware components (Bluefruit LE and Gyroscope) to start routing. Looked up more info through datasheets to know pin placements and wiring. Got started with soldering pins on the Bluefruit LE.
David Yuan: Started working on the application's UI on Android Studio. Beginning with a simple design in order to get the functionality of the app working correctly. Has also been working with Java for the application's computations.
Team Schedule
Goals for After Break
Want to get started on the sythesis portion of the phase vocoder as well as have beat detection ready. Also want the hardware to be mapped out and start wiring. App UI should also be finished and focus more on the computation inside the app.