Setup Theos Environment For Custom HSWidgets
HSWidgets provides a Theos template that can be used for generating HSWidgets projects and a framework for compiling/linking. The files are available on GitHub repo:
Downloads
HSWidgets.framework Description: Framework for headers and linking iphone_hswidget.nic.tar Description: Theos NIC templateThe framework (HSWidgets.framework) needs to be placed inside $THEOS/lib directory and Theos template (iphone_hswidget.nic.tar) needs to be placed in $THEOS/templates/ios/dgh0st directory. Note you will need to create the dgh0st directory, or you can place template file in one of the existing directory. The final file structure should look something like this:
<Theos Directory>
| lib
| | HSWidgets.framework
| | | Headers
| | | HSWidgets.tbd
| templates
| | ios
| | | dgh0st
| | | | iphone_hswidget.nic.tar
...
Once we have setup the Theos template, running $THEOS/bin/nic.pl should display iphone/hswidget as one of the options.
NIC 2.0 - New Instance Creator
------------------------------
[1.] iphone/activator_event
[2.] iphone/application_modern
[3.] iphone/application_swift
[4.] iphone/flipswitch_switch
[5.] iphone/framework
[6.] iphone/hswidget
[7.] iphone/library
[8.] iphone/preference_bundle_modern
[9.] iphone/tool
[10.] iphone/tool_swift
[11.] iphone/tweak
[12.] iphone/xpc_service
Choose a Template (required):
Make sure the HSWidgets class name prefix is unique when creating a new project, otherwise your widget class name will conflict with another widget leading to your widget not being loaded. If you do get a conflict, you can rename the custom widget view controller class and update the principal class in Resources/Info.plist.


A comment was added to the issue or pull request.
| Issue type | Issue events API | Timeline events API |
|---|---|---|
|
X |
This events properties do not use the same structure as the issue event object common properties. The following properties are returned for this event.
| Name | Type | Description |
|---|---|---|
url |
string |
The REST API URL to retrieve the issue comment. |
html_url |
string |
The HTML URL of the issue comment. |
issue_url |
string |
The HTML URL of the issue. |
id |
integer |
The unique identifier of the event. |
node_id |
string |
The Global Node ID of the event. |
user |
object |
The person who commented on the issue. |
created_at |
string |
The timestamp indicating when the comment was added. |
updated_at |
string |
The timestamp indicating when the comment was updated or created, if the comment is never updated. |
author_association |
string |
The permissions the user has in the issue's repository. For example, the value would be "OWNER" if the owner of repository created a comment. |
body |
string |
The comment body text. |
event |
string |
The event value is "commented" . |
actor |
object |
The person who generated the event. |


Example:
/**
* Missing "@param" is reported (if configured).
*/
public void sample(int param){
}
The quick-fixes add missing tag or missing Javadoc comment:
/**
* Missing "@param" is reported (if configured).
* @param param
*/
public void sample(int param){
}
Inspection can be configured to ignore deprecated elements or simple accessor methods like getField()
or setField()
.


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|---|---|---|---|---|---|---|
| {{currentGoal.ntsDuration}} | {{currentGoal.needToSpend}} | {{currentGoal.totalSpending}} |
{% for cur in currentGoal.currentSpending.all %}
{% if cur is not None %}
{{ cur.item }}: ${{ cur.price }}
{% endif %} {% endfor %} |
{{currentGoal.checkAmount}} | {{currentGoal.percentGoal}} | {{currentGoal.percentSpendingFromCheck}} |


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|
JavaTM 2 Platform Standard Ed. 5.0 |
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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| Certificate | Deprecated. A new certificate handling package is created in the Java 2 platform. |
| DomainCombiner | A DomainCombiner provides a means to dynamically
update the ProtectionDomains associated with the current
AccessControlContext . |
| Guard | This interface represents a guard, which is an object that is used to protect access to another object. |
| Key | The Key interface is the top-level interface for all keys. |
| KeyStore.Entry | A marker interface for KeyStore entry types. |
| KeyStore.LoadStoreParameter | A marker interface for KeyStore
load
and
store
parameters. |
| KeyStore.ProtectionParameter | A marker interface for keystore protection parameters. |
| Principal | This interface represents the abstract notion of a principal, which can be used to represent any entity, such as an individual, a corporation, and a login id. |
| PrivateKey | A private key. |
| PrivilegedAction<T> | A computation to be performed with privileges enabled. |
| PrivilegedExceptionAction<T> | A computation to be performed with privileges enabled, that throws one or more checked exceptions. |
| PublicKey | A public key. |
| Class Summary | |
|---|---|
| AccessControlContext | An AccessControlContext is used to make system resource access decisions based on the context it encapsulates. |
| AccessController | The AccessController class is used for access control operations and decisions. |
| AlgorithmParameterGenerator | The AlgorithmParameterGenerator class is used to generate a
set of
parameters to be used with a certain algorithm. |
| AlgorithmParameterGeneratorSpi | This class defines the Service Provider Interface (SPI)
for the AlgorithmParameterGenerator class, which
is used to generate a set of parameters to be used with a certain algorithm. |
| AlgorithmParameters | This class is used as an opaque representation of cryptographic parameters. |
| AlgorithmParametersSpi | This class defines the Service Provider Interface (SPI)
for the AlgorithmParameters class, which is used to manage
algorithm parameters. |
| AllPermission | The AllPermission is a permission that implies all other permissions. |
| AuthProvider | This class defines login and logout methods for a provider. |
| BasicPermission | The BasicPermission class extends the Permission class, and can be used as the base class for permissions that want to follow the same naming convention as BasicPermission. |
| CodeSigner | This class encapsulates information about a code signer. |
| CodeSource | This class extends the concept of a codebase to encapsulate not only the location (URL) but also the certificate chains that were used to verify signed code originating from that location. |
| DigestInputStream | A transparent stream that updates the associated message digest using the bits going through the stream. |
| DigestOutputStream | A transparent stream that updates the associated message digest using the bits going through the stream. |
| GuardedObject | A GuardedObject is an object that is used to protect access to another object. |
| Identity | Deprecated. This class is no longer used. |
| IdentityScope | Deprecated. This class is no longer used. |
| KeyFactory | Key factories are used to convert keys (opaque
cryptographic keys of type Key ) into key specifications
(transparent representations of the underlying key material), and vice
versa. |
| KeyFactorySpi | This class defines the Service Provider Interface (SPI)
for the KeyFactory class. |
| KeyPair | This class is a simple holder for a key pair (a public key and a private key). |
| KeyPairGenerator | The KeyPairGenerator class is used to generate pairs of public and private keys. |
| KeyPairGeneratorSpi | This class defines the Service Provider Interface (SPI)
for the KeyPairGenerator class, which is used to generate
pairs of public and private keys. |
| KeyRep | Standardized representation for serialized Key objects. |
| KeyStore | This class represents a storage facility for cryptographic keys and certificates. |
| KeyStore.Builder | A description of a to-be-instantiated KeyStore object. |
| KeyStore.CallbackHandlerProtection | A ProtectionParameter encapsulating a CallbackHandler. |
| KeyStore.PasswordProtection | A password-based implementation of ProtectionParameter . |
| KeyStore.PrivateKeyEntry | A KeyStore entry that holds a PrivateKey
and corresponding certificate chain. |
| KeyStore.SecretKeyEntry | A KeyStore entry that holds a SecretKey . |
| KeyStore.TrustedCertificateEntry | A KeyStore entry that holds a trusted
Certificate . |
| KeyStoreSpi | This class defines the Service Provider Interface (SPI)
for the KeyStore class. |
| MessageDigest | This MessageDigest class provides applications the functionality of a message digest algorithm, such as MD5 or SHA. |
| MessageDigestSpi | This class defines the Service Provider Interface (SPI)
for the MessageDigest class, which provides the functionality
of a message digest algorithm, such as MD5 or SHA. |
| Permission | Abstract class for representing access to a system resource. |
| PermissionCollection | Abstract class representing a collection of Permission objects. |
| Permissions | This class represents a heterogeneous collection of Permissions. |
| Policy | This is an abstract class for representing the system security policy for a Java application environment (specifying which permissions are available for code from various sources). |
| ProtectionDomain | This ProtectionDomain class encapsulates the characteristics of a domain, which encloses a set of classes whose instances are granted a set of permissions when being executed on behalf of a given set of Principals. |
| Provider | This class represents a "provider" for the Java Security API, where a provider implements some or all parts of Java Security. |
| Provider.Service | The description of a security service. |
| SecureClassLoader | This class extends ClassLoader with additional support for defining classes with an associated code source and permissions which are retrieved by the system policy by default. |
| SecureRandom | This class provides a cryptographically strong random number generator (RNG). |
| SecureRandomSpi | This class defines the Service Provider Interface (SPI)
for the SecureRandom class. |
| Security | This class centralizes all security properties and common security methods. |
| SecurityPermission | This class is for security permissions. |
| Signature | This Signature class is used to provide applications the functionality of a digital signature algorithm. |
| SignatureSpi | This class defines the Service Provider Interface (SPI)
for the Signature class, which is used to provide the
functionality of a digital signature algorithm. |
| SignedObject | SignedObject is a class for the purpose of creating authentic runtime objects whose integrity cannot be compromised without being detected. |
| Signer | Deprecated. This class is no longer used. |
| Timestamp | This class encapsulates information about a signed timestamp. |
| UnresolvedPermission | The UnresolvedPermission class is used to hold Permissions that were "unresolved" when the Policy was initialized. |
| Enum Summary | |
|---|---|
| KeyRep.Type | Key type. |
| Exception Summary | |
|---|---|
| AccessControlException | This exception is thrown by the AccessController to indicate that a requested access (to a critical system resource such as the file system or the network) is denied. |
| DigestException | This is the generic Message Digest exception. |
| GeneralSecurityException | The GeneralSecurityException class is a generic
security exception class that provides type safety for all the
security-related exception classes that extend from it. |
| InvalidAlgorithmParameterException | This is the exception for invalid or inappropriate algorithm parameters. |
| InvalidKeyException | This is the exception for invalid Keys (invalid encoding, wrong length, uninitialized, etc). |
| InvalidParameterException | This exception, designed for use by the JCA/JCE engine classes, is thrown when an invalid parameter is passed to a method. |
| KeyException | This is the basic key exception. |
| KeyManagementException | This is the general key management exception for all operations dealing with key management. |
| KeyStoreException | This is the generic KeyStore exception. |
| NoSuchAlgorithmException | This exception is thrown when a particular cryptographic algorithm is requested but is not available in the environment. |
| NoSuchProviderException | This exception is thrown when a particular security provider is requested but is not available in the environment. |
| PrivilegedActionException | This exception is thrown by
doPrivileged(PrivilegedExceptionAction) and
doPrivileged(PrivilegedExceptionAction,
AccessControlContext context) to indicate
that the action being performed threw a checked exception. |
| ProviderException | A runtime exception for Provider exceptions (such as misconfiguration errors or unrecoverable internal errors), which may be subclassed by Providers to throw specialized, provider-specific runtime errors. |
| SignatureException | This is the generic Signature exception. |
| UnrecoverableEntryException | This exception is thrown if an entry in the keystore cannot be recovered. |
| UnrecoverableKeyException | This exception is thrown if a key in the keystore cannot be recovered. |
Provides the classes and interfaces for the security framework. This includes classes that implement an easily configurable, fine-grained access control security architecture. This package also supports the generation and storage of cryptographic public key pairs, as well as a number of exportable cryptographic operations including those for message digest and signature generation. Finally, this package provides classes that support signed/guarded objects and secure random number generation. Many of the classes provided in this package (the cryptographic and secure random number generator classes in particular) are provider-based. The class itself defines a programming interface to which applications may write. The implementations themselves may then be written by independent third-party vendors and plugged in seamlessly as needed. Therefore application developers may take advantage of any number of provider-based implementations without having to add or rewrite code.
|
JavaTM 2 Platform Standard Ed. 5.0 |
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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


So, having some problems? ಠ_ಠ
Let me show how you can use me, oni-chan!
Command Functions:
/start - For starting up me.
/help - To make me show this message.

You can send me YouTube Links to make me download & save videos


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|---|---|---|---|
| Men's Wear |
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Contract
| Vendor Name | ORACLE CANADA ULC |
|---|---|
| Description of Work | License maintenance fees |
| Comments | Software License Maintenance. This contract includes one amendment of $33,334.73 bringing the total value of the contract to $309,034.69. This is a multi-year contract that was awarded in February 2013 in the amount of $263,312.73, and amended in April 2013 in the amount of $12,387.23. This contract is a call-up against a Public Works and Government Services Canada procurement tool. |
| Reference Number |<PHONE_NUMBER> |
| Contract Date | 2013-08-23 |
| Contract Period | 2013-08-23 to 2014-02-27 |
| Contract Value | $ 33,334.73 |
* Use either Contract Period or Delivery Date.


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SCP
Section: User Commands (1)Index Return to Main Contents
BSD mandoc
NAME
scp - 安全复制(远程文件复制程序)总览 SYNOPSIS
scp -words [-pqrvBC1246 ] [-F ssh_config ] [-S program ] [-P port ] [-c cipher ] [-i identity_file ] [-l limit ] [-o ssh_option ] [[user@ ] host1 : file1 ] [... ] [[user@ ] host2 : file2 ]描述 DESCRIPTION
在网络中的主机间进行文件复制。 它用 ssh(1) 来传输及验证数据，提供与 ssh(1)相同的安全保护。 它不象 rcp(1), 会根据需要询问口令。在任何文件名中都可以包含主机名和用户名，用来指定从/向该主机复制此文件。 Copies between two remote hosts are permitted.
The options are as follows:
- -c cipher
- Selects the cipher to use for encrypting the data transfer. This option is directly passed to ssh(1).
- -i identity_file
- Selects the file from which the identity (private key) for RSA authentication is read. This option is directly passed to ssh(1).
- -l limit
- Limits the used bandwidth, specified in Kbit/s.
- -p
- Preserves modification times, access times, and modes from the original file.
- -r
- 递归复制整个目录。
- -v
- 详细模式。该选项使 和 ssh(1) 打印出关于运行情况的调试信息。在进行调试连接、验证和配置问题时，这会很有用的
- -B
- 用批模式(避免重复询问口令)。
- -q
- Disables the progress meter.
- -C
- 允许压缩。向 ssh(1) 传递 -C 标志以允许压缩。
- -F ssh_config
- Specifies an alternative per-user configuration file for ssh This option is directly passed to ssh(1).
- -P port
- Specifies the port to connect to on the remote host. Note that this option is written with a capital `P' because -p is already reserved for preserving the times and modes of the file in rcp(1).
- -S program
- Name of program to use for the encrypted connection. The program must understand ssh(1) options.
- -o ssh_option
- Can be used to pass options to ssh in the format used in ssh_config5. This is useful for specifying options for which there is no separate scp command-line flag.
- -1
- Forces to use protocol 1.
- -2
- Forces to use protocol 2.
- -4
- Forces to use IPv4 addresses only.
- -6
- Forces to use IPv6 addresses only.
DIAGNOSTICS
exits with 0 on success or >0 if an error occurred.作者 AUTHORS
Timo Rinne<EMAIL_ADDRESS>和 Tatu Ylonen<EMAIL_ADDRESS>HISTORY
基于University of California BSD 的 rcp(1) 源代码参见 SEE ALSO
rcp(1), sftp(1), ssh(1), ssh-add1, ssh-agent1, ssh-keygen1, ssh_config5, sshd(8)[中文版维护人]
meaculpa<EMAIL_ADDRESS>2000/12/08《中国linux论坛man手册页翻译计划》:
http://cmpp.linuxforum.net
Index
- NAME
- 总览 SYNOPSIS
- 描述 DESCRIPTION
- DIAGNOSTICS
- 作者 AUTHORS
- 历史 HISTORY
- 参见 SEE ALSO
- [中文版维护人]
- [中文版最新更新]
- 《中国linux论坛man手册页翻译计划》:
This document was created by man2html, using the manual pages.
Time: 13:12:04 GMT, December 24, 2015


| Name | Age | Gender | Specialized subject | Photo |
|---|---|---|---|---|
陈逸俊 |
22 | Male | ERP |   |
| Nationality | Birthplace | |||
| Chinese | Guangzhou,China |
| School | Period | |||
|---|---|---|---|---|
| Xiguan Experimental Primary School | 2005~2011 | |||
| Guangzhou Xiguan Foreign Language School | 2011~2014 | |||
| The true light middle school in Guangzhou | 2014~2017 | |||
| Fujian Normal University | 2017~2021 |
| Qualification required | Require time | |||
|---|---|---|---|---|
| English:CET6 | 2018 | |||
| Japanese:JLPT N2 | 2019 |
| Position | Company | Period |
|---|---|---|
| Game assessment intern | Netease | 2020.10~2021.05 |
I have various hobbies,such as I start watching anime when i was about 10.My favourite one is mobile suit gundam 00. I took badminton lessons when i was a primary school student,this is a quite interesting I love playing various kinds of games and have rich gaming experience,this lead me to a intern position at Game Assessment Center of Netease.I learnt a lot about
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A library that allows the usage of RxJava with the new Android M permission model.
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abstract val groupsMerkleRoots: Map<Int, SecureHash>
Calculate the hashes of the existing component groups, that are used to build the transaction's Merkle tree. Each group has its own sub Merkle tree and the hash of the root of this sub tree works as a leaf of the top level Merkle tree. The root of the latter is the transaction identifier.
The tree structure is helpful for preserving privacy, please see the user-guide section "Transaction tear-offs" to learn more about this topic.


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A website dedicated to oneself has been described (by my own Father, no less) as the greatest act of hubris. Welcome aboard!
Contact Jonathan Hartley
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- Code on github.com/tartley.
- Résumé as HTML or PDF.
License
Content on tartley.com, by Jonathan Hartley, is licensed under the
Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International.


Test::Int::Assignment Class Reference
[General test support]
Base class for assignments More...
#include <int.hh>
Public Member Functions | |
| Assignment (int n0, const Gecode::IntSet &d0) | |
| Initialize assignments for n0 variables and values d0. | |
| virtual bool | operator() (void) const =0 |
| Test whether all assignments have been iterated. | |
| virtual void | operator++ (void)=0 |
| Move to next assignment. | |
| virtual int | operator[] (int i) const =0 |
| Return value for variable i. | |
| int | size (void) const |
| Return number of variables. | |
| virtual | ~Assignment (void) |
| Destructor. | |
Protected Attributes | |
| int | n |
| Number of variables. | |
| Gecode::IntSet | d |
| Domain for each variable. |
Detailed Description
Base class for assignments
Definition at line 63 of file int.hh.
Constructor & Destructor Documentation
| Test::Int::Assignment::Assignment | ( | int | n0, | |
| const Gecode::IntSet & | d0 | |||
| ) | [inline] |
| Test::Int::Assignment::~Assignment | ( | void | ) | [inline, virtual] |
Member Function Documentation
| virtual bool Test::Int::Assignment::operator() | ( | void | ) | const [pure virtual] |
Test whether all assignments have been iterated.
Implemented in Test::Int::BinPacking::LoadBinAssignment, Test::Int::Cumulatives::CumulativeAssignment, Test::Int::CpltAssignment, Test::Int::RandomAssignment, and Test::Int::RandomMixAssignment.
| virtual void Test::Int::Assignment::operator++ | ( | void | ) | [pure virtual] |
Move to next assignment.
Implemented in Test::Int::BinPacking::LoadBinAssignment, Test::Int::Cumulatives::CumulativeAssignment, Test::Int::CpltAssignment, Test::Int::RandomAssignment, and Test::Int::RandomMixAssignment.
| virtual int Test::Int::Assignment::operator[] | ( | int | i | ) | const [pure virtual] |
Return value for variable i.
Implemented in Test::Int::BinPacking::LoadBinAssignment, Test::Int::Cumulatives::CumulativeAssignment, Test::Int::CpltAssignment, Test::Int::RandomAssignment, and Test::Int::RandomMixAssignment.
| int Test::Int::Assignment::size | ( | void | ) | const [inline] |
Member Data Documentation
int Test::Int::Assignment::n [protected] |
Gecode::IntSet Test::Int::Assignment::d [protected] |
The documentation for this class was generated from the following files:


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| Packages that use org.jboss.shrinkwrap.descriptor.api.webcommon30 | |
|---|---|
| org.jboss.shrinkwrap.descriptor.api.webapp30 | Provides the interfaces and enumeration types as defined in the schema web-app_3_0.xsd |
| org.jboss.shrinkwrap.descriptor.api.webcommon30 | Provides the interfaces and enumeration types as defined in the schema web-common_3_0.xsd |
| org.jboss.shrinkwrap.descriptor.api.webfragment30 | Provides the interfaces and enumeration types as defined in the schema web-fragment_3_0.xsd |
| org.jboss.shrinkwrap.descriptor.impl.webapp30 | Provides the implementation classes as defined in the schema web-app_3_0.xsd |
| org.jboss.shrinkwrap.descriptor.impl.webcommon30 | Provides the implementation classes as defined in the schema web-common_3_0.xsd |
| org.jboss.shrinkwrap.descriptor.impl.webfragment30 | Provides the implementation classes as defined in the schema web-fragment_3_0.xsd |
| Classes in org.jboss.shrinkwrap.descriptor.api.webcommon30 used by org.jboss.shrinkwrap.descriptor.api.webapp30 | |
|---|---|
| AbsoluteOrderingType
This interface defines the contract for the absoluteOrderingType xsd type |
|
| ErrorPageType
This interface defines the contract for the error-pageType xsd type |
|
| FilterMappingType
This interface defines the contract for the filter-mappingType xsd type |
|
| FilterType
This interface defines the contract for the filterType xsd type |
|
| LocaleEncodingMappingListType
This interface defines the contract for the locale-encoding-mapping-listType xsd type |
|
| LoginConfigType
This interface defines the contract for the login-configType xsd type |
|
| MimeMappingType
This interface defines the contract for the mime-mappingType xsd type |
|
| SecurityConstraintType
This interface defines the contract for the security-constraintType xsd type |
|
| ServletMappingType
This interface defines the contract for the servlet-mappingType xsd type |
|
| ServletType
This interface defines the contract for the servletType xsd type |
|
| SessionConfigType
This interface defines the contract for the session-configType xsd type |
|
| WebAppVersionType
This class implements the web-app-versionType xsd type |
|
| WelcomeFileListType
This interface defines the contract for the welcome-file-listType xsd type |
| Classes in org.jboss.shrinkwrap.descriptor.api.webcommon30 used by org.jboss.shrinkwrap.descriptor.api.webcommon30 | |
|---|---|
| AbsoluteOrderingType
This interface defines the contract for the absoluteOrderingType xsd type |
|
| AuthConstraintType
This interface defines the contract for the auth-constraintType xsd type |
|
| CookieConfigType
This interface defines the contract for the cookie-configType xsd type |
|
| DispatcherType
This class implements the dispatcherType xsd type |
|
| ErrorPageType
This interface defines the contract for the error-pageType xsd type |
|
| FilterMappingType
This interface defines the contract for the filter-mappingType xsd type |
|
| FilterType
This interface defines the contract for the filterType xsd type |
|
| FormLoginConfigType
This interface defines the contract for the form-login-configType xsd type |
|
| LocaleEncodingMappingListType
This interface defines the contract for the locale-encoding-mapping-listType xsd type |
|
| LocaleEncodingMappingType
This interface defines the contract for the locale-encoding-mappingType xsd type |
|
| LoginConfigType
This interface defines the contract for the login-configType xsd type |
|
| MimeMappingType
This interface defines the contract for the mime-mappingType xsd type |
|
| MultipartConfigType
This interface defines the contract for the multipart-configType xsd type |
|
| NullCharType
This class implements the null-charType xsd type |
|
| OrderingOrderingType
This interface defines the contract for the ordering-orderingType xsd type |
|
| OrderingType
This interface defines the contract for the orderingType xsd type |
|
| SecurityConstraintType
This interface defines the contract for the security-constraintType xsd type |
|
| ServletMappingType
This interface defines the contract for the servlet-mappingType xsd type |
|
| ServletType
This interface defines the contract for the servletType xsd type |
|
| SessionConfigType
This interface defines the contract for the session-configType xsd type |
|
| TrackingModeType
This class implements the tracking-modeType xsd type |
|
| TransportGuaranteeType
This class implements the transport-guaranteeType xsd type |
|
| UserDataConstraintType
This interface defines the contract for the user-data-constraintType xsd type |
|
| WebAppType
This interface defines the contract for the web-appType xsd type |
|
| WebAppVersionType
This class implements the web-app-versionType xsd type |
|
| WebFragmentType
This interface defines the contract for the web-fragmentType xsd type |
|
| WebResourceCollectionType
This interface defines the contract for the web-resource-collectionType xsd type |
|
| WelcomeFileListType
This interface defines the contract for the welcome-file-listType xsd type |
| Classes in org.jboss.shrinkwrap.descriptor.api.webcommon30 used by org.jboss.shrinkwrap.descriptor.api.webfragment30 | |
|---|---|
| ErrorPageType
This interface defines the contract for the error-pageType xsd type |
|
| FilterMappingType
This interface defines the contract for the filter-mappingType xsd type |
|
| FilterType
This interface defines the contract for the filterType xsd type |
|
| LocaleEncodingMappingListType
This interface defines the contract for the locale-encoding-mapping-listType xsd type |
|
| LoginConfigType
This interface defines the contract for the login-configType xsd type |
|
| MimeMappingType
This interface defines the contract for the mime-mappingType xsd type |
|
| OrderingType
This interface defines the contract for the orderingType xsd type |
|
| SecurityConstraintType
This interface defines the contract for the security-constraintType xsd type |
|
| ServletMappingType
This interface defines the contract for the servlet-mappingType xsd type |
|
| ServletType
This interface defines the contract for the servletType xsd type |
|
| SessionConfigType
This interface defines the contract for the session-configType xsd type |
|
| WebAppVersionType
This class implements the web-app-versionType xsd type |
|
| WelcomeFileListType
This interface defines the contract for the welcome-file-listType xsd type |
| Classes in org.jboss.shrinkwrap.descriptor.api.webcommon30 used by org.jboss.shrinkwrap.descriptor.impl.webapp30 | |
|---|---|
| AbsoluteOrderingType
This interface defines the contract for the absoluteOrderingType xsd type |
|
| ErrorPageType
This interface defines the contract for the error-pageType xsd type |
|
| FilterMappingType
This interface defines the contract for the filter-mappingType xsd type |
|
| FilterType
This interface defines the contract for the filterType xsd type |
|
| LocaleEncodingMappingListType
This interface defines the contract for the locale-encoding-mapping-listType xsd type |
|
| LoginConfigType
This interface defines the contract for the login-configType xsd type |
|
| MimeMappingType
This interface defines the contract for the mime-mappingType xsd type |
|
| SecurityConstraintType
This interface defines the contract for the security-constraintType xsd type |
|
| ServletMappingType
This interface defines the contract for the servlet-mappingType xsd type |
|
| ServletType
This interface defines the contract for the servletType xsd type |
|
| SessionConfigType
This interface defines the contract for the session-configType xsd type |
|
| WebAppVersionType
This class implements the web-app-versionType xsd type |
|
| WelcomeFileListType
This interface defines the contract for the welcome-file-listType xsd type |
| Classes in org.jboss.shrinkwrap.descriptor.api.webcommon30 used by org.jboss.shrinkwrap.descriptor.impl.webcommon30 | |
|---|---|
| AbsoluteOrderingType
This interface defines the contract for the absoluteOrderingType xsd type |
|
| AuthConstraintType
This interface defines the contract for the auth-constraintType xsd type |
|
| CookieConfigType
This interface defines the contract for the cookie-configType xsd type |
|
| DispatcherType
This class implements the dispatcherType xsd type |
|
| ErrorPageType
This interface defines the contract for the error-pageType xsd type |
|
| FilterMappingType
This interface defines the contract for the filter-mappingType xsd type |
|
| FilterType
This interface defines the contract for the filterType xsd type |
|
| FormLoginConfigType
This interface defines the contract for the form-login-configType xsd type |
|
| LocaleEncodingMappingListType
This interface defines the contract for the locale-encoding-mapping-listType xsd type |
|
| LocaleEncodingMappingType
This interface defines the contract for the locale-encoding-mappingType xsd type |
|
| LoginConfigType
This interface defines the contract for the login-configType xsd type |
|
| MimeMappingType
This interface defines the contract for the mime-mappingType xsd type |
|
| MultipartConfigType
This interface defines the contract for the multipart-configType xsd type |
|
| OrderingOrderingType
This interface defines the contract for the ordering-orderingType xsd type |
|
| OrderingType
This interface defines the contract for the orderingType xsd type |
|
| SecurityConstraintType
This interface defines the contract for the security-constraintType xsd type |
|
| ServletMappingType
This interface defines the contract for the servlet-mappingType xsd type |
|
| ServletType
This interface defines the contract for the servletType xsd type |
|
| SessionConfigType
This interface defines the contract for the session-configType xsd type |
|
| TrackingModeType
This class implements the tracking-modeType xsd type |
|
| TransportGuaranteeType
This class implements the transport-guaranteeType xsd type |
|
| UserDataConstraintType
This interface defines the contract for the user-data-constraintType xsd type |
|
| WebAppType
This interface defines the contract for the web-appType xsd type |
|
| WebAppVersionType
This class implements the web-app-versionType xsd type |
|
| WebFragmentType
This interface defines the contract for the web-fragmentType xsd type |
|
| WebResourceCollectionType
This interface defines the contract for the web-resource-collectionType xsd type |
|
| WelcomeFileListType
This interface defines the contract for the welcome-file-listType xsd type |
| Classes in org.jboss.shrinkwrap.descriptor.api.webcommon30 used by org.jboss.shrinkwrap.descriptor.impl.webfragment30 | |
|---|---|
| ErrorPageType
This interface defines the contract for the error-pageType xsd type |
|
| FilterMappingType
This interface defines the contract for the filter-mappingType xsd type |
|
| FilterType
This interface defines the contract for the filterType xsd type |
|
| LocaleEncodingMappingListType
This interface defines the contract for the locale-encoding-mapping-listType xsd type |
|
| LoginConfigType
This interface defines the contract for the login-configType xsd type |
|
| MimeMappingType
This interface defines the contract for the mime-mappingType xsd type |
|
| OrderingType
This interface defines the contract for the orderingType xsd type |
|
| SecurityConstraintType
This interface defines the contract for the security-constraintType xsd type |
|
| ServletMappingType
This interface defines the contract for the servlet-mappingType xsd type |
|
| ServletType
This interface defines the contract for the servletType xsd type |
|
| SessionConfigType
This interface defines the contract for the session-configType xsd type |
|
| WebAppVersionType
This class implements the web-app-versionType xsd type |
|
| WelcomeFileListType
This interface defines the contract for the welcome-file-listType xsd type |
|
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the and HCV with patients infection {background hepatitis kidney transplantation margin {border-style px;} #ffffff;} The after disease renal transplant was []. had liver recipients survival were Transplant chronic for virus developed graft (%) Transplantation clinical median our patient Kidney hepatic risk that time associated one px; {font-family HCV-infected Hepatitis Nephrol complications font-size from study CI: HBV MPD Table diabetes double; glomerulonephritis has hepatocellular immunosuppressive not post-transplantation (n=), .–.) Int MMF Med allograft before border-color border-width dialysis first follow-up genotype lost may months new occurred rejection solid; viral years {font-style {font-weight CSA Epub Kaplan-Meier Organ Patient Renal Soc Survival Virus acute age al.Hepatitis also are been between bold carcinoma courier; em; found infected infection, none only pt;} started studies therapy these this transplantation. transplanted treatment which who without


Specify a regular expression which release names have to match to be listed. Leave this blank to match all issues.
Example:


|
nrf51AdvLogger
1.0
|
UART Driver for the nrf51822 SoC supports single character printing, stream to printf and a character stream receiver handler. More...
Files | |
| file | uart_nrf.c |
| This file contains the UART Driver implementation for the nrf51822 SoC. | |
| file | uart_nrf.h |
| This file contains the UART Driver declarations for the nrf51822 SoC. | |
Macros | |
| #define | BUFFER_SIZE 128 |
| Size of the buffer to hold the received characters before LINE_END is received. | |
| #define | LINE_END '\n' |
| The character that is checked by rx_collect to determine if a line of characters is received. | |
| #define | UART_BAUDRATE UART_BAUDRATE_BAUDRATE_Baud460800 |
| Baudrate to be used by the UART module. More... | |
Functions | |
| void | rx_collect (uint8_t rx_data) |
| Function to add rx_data to a FIFO buffer and calls the receiver handler on LINE_END. More... | |
| void | UART0_IRQHandler (void) |
| UART interrupt routine. More... | |
| void | uart_putchar (uint8_t cr) |
| Send a single character through UART This function is used by _write so that printf can be used. More... | |
| uint32_t | _write (int fd, char *str, int len) |
| Overriding the character stream writer to use UART transmitter. More... | |
| void | set_rx_handler (void(*handler)(uint8_t *ptr)) |
| Function to set the handler to be called by rx_collect when a line is received by UART. More... | |
| void | uart_init (void) |
| Function to initialize the parameters of UART based on the configurations in board.h. | |
Variables | |
| uint8_t | rx_buffer [BUFFER_SIZE] |
| Buffer to hold the received characters from UART. | |
| void(* | rx_handler )(uint8_t *ptr) |
| Handler to be called when a line of characters is received from UART. | |
UART Driver for the nrf51822 SoC supports single character printing, stream to printf and a character stream receiver handler.
| #define UART_BAUDRATE UART_BAUDRATE_BAUDRATE_Baud460800 |
Baudrate to be used by the UART module.
Used by uart_init. In PCA10000 the maximum baudrate is 4,60,800 bps
Definition at line 56 of file uart_nrf.h.
Referenced by uart_init().
| uint32_t _write | ( | int | fd, |
| char * | str, | ||
| int | len | ||
| ) |
Overriding the character stream writer to use UART transmitter.
This is to enable the use of printf defined in stdio.h.
| fd | File descriptor |
| str | Pointer to the character stream to write |
| len | Length of the character stream to write |
Definition at line 101 of file uart_nrf.c.
References uart_putchar().
| void rx_collect | ( | uint8_t | rx_data | ) |
Function to add rx_data to a FIFO buffer and calls the receiver handler on LINE_END.
| rx_data | Data passed from the receive interrupt routine of UART |
Definition at line 55 of file uart_nrf.c.
References BUFFER_SIZE, LINE_END, rx_buffer, and rx_handler.
Referenced by UART0_IRQHandler().
| void set_rx_handler | ( | void(*)(uint8_t *ptr) | handler | ) |
Function to set the handler to be called by rx_collect when a line is received by UART.
| handler | Pointer to the function to be called when a line is received by UART |
Definition at line 108 of file uart_nrf.c.
References rx_handler.
Referenced by obsvr_begin().
| void UART0_IRQHandler | ( | void | ) |
UART interrupt routine.
Only data reception causes interrupt. The received data is passed to rx_collect.
Definition at line 75 of file uart_nrf.c.
References rx_collect().
| void uart_putchar | ( | uint8_t | cr | ) |
Send a single character through UART This function is used by _write so that printf can be used.
| cr | The character to be sent |
Definition at line 85 of file uart_nrf.c.
Referenced by _write().


My take on the DBC/EDA experience is that it is a programme that strongly focuses on breaking away from the traditional school and university teaching methods to provide a quicker and better experience for the students where the main goal is to mould them into developers and software engineers.
My impressions of EDA so far are all positive. I am excited to have been accepted and I can see that I will need to change my thought process to fit the learning methods within the programme, but I can see that this will be a very beneficial change for me to make.
I can see myself engaging with this type of culture quite well, particularly when it comes to bootcamp as I have always preferred working on projects with other people. I find that the slight to large difference in personalities is enough to get past any hurdles because everyone looks at the same things differently.
After watching the video my expectations of EDA have not changed. Jack did an excellent job of explaining the way the Academy works so what I was expecting from the programme before and after watching the video remain the same.
I am very excited to participate in this kind of learning environment. It is similar at the moment to a previous Diploma I completed where the learning was self directed and I was responsible for keeping on track with the learning materials. The learning environment does not make me nervous as I can see the benefit of breaking away from the traditional styles of learning and being taught.


This reference is meant for people actually writing step implementations for feature tests. It contains way more information than a typical step implementation will need: most implementations will only need to look at the basic implementation of step functions and maybe environment file functions.
The model stuff is for people getting really serious about their step implementations.
Note
Anywhere this document says “string” it means “unicode string” in Python 2.x
behave works exclusively with unicode strings internally.
Step functions are implemented in the Python modules present in your “steps” directory. All Python files (files ending in ”.py”) in that directory will be imported to find step implementations. They are all loaded before behave starts executing your feature tests.
Step functions are identified using step decorators. All step implementations must start with the import line:
from behave import *
This imports several decorators defined by behave to allow you to identify your step functions. These are available in both PEP-8 (all lowercase) and traditional (title case) versions: “given”, “when”, “then” and the generic “step”. See the full list of variables imported in the above statement.
The decorators all take a single string argument: the string to match against the feature file step text exactly. So the following step implementation code:
@given('some known state')
def step_impl(context):
set_up(some, state)
will match the “Given” step from the following feature:
Scenario: test something
Given some known state
then some observed outcome.
You don’t need to import the decorators: they’re automatically available to your step implmentation modules as global variables.
Steps beginning with “and” or “but” in the feature file are renamed to take the name of their preceding keyword, so given the following feature file:
Given some known state
and some other known state
when some action is taken
then some outcome is observed
but some other outcome is not observed.
the first “and” step will be renamed internally to “given” and behave will look for a step implementation decorated with either “given” or “step”:
@given('some other known state')
def step_impl(context):
set_up(some, other, state)
and similarly the “but” would be renamed internally to “then”. Multiple “and” or “but” steps in a row would inherit the non-“and” or “but” keyword.
The function decorated by the step decorator will be passed at least one argument. The first argument is always the Context variable. Additional arguments come from step parameters, if any.
You may additionally use parameters in your step names. These will be handled by either the default simple parser (parse), its extension “cfparse” or by regular expressions if you invoke use_step_matcher().
Change the parameter matcher used in parsing step text.
The change is immediate and may be performed between step definitions in your step implementation modules - allowing adjacent steps to use different matchers if necessary.
There are several parsers available in behave (by default):
Provides a simple parser that replaces regular expressions for step parameters with a readable syntax like {param:Type}. The syntax is inspired by the Python builtin string.format() function. Step parameters must use the named fields syntax of parse in step definitions. The named fields are extracted, optionally type converted and then used as step function arguments.
Supports type conversions by using type converters (see register_type()).
Provides an extended parser with “Cardinality Field” (CF) support. Automatically creates missing type converters for related cardinality as long as a type converter for cardinality=1 is provided. Supports parse expressions like:
- {values:Type+} (cardinality=1..N, many)
- {values:Type*} (cardinality=0..N, many0)
- {value:Type?} (cardinality=0..1, optional)
Supports type conversions (as above).
This uses full regular expressions to parse the clause text. You will need to use named groups “(?P<name>...)” to define the variables pulled from the text and passed to your step() function.
Type conversion is not supported. A step function writer may implement type conversion inside the step function (implementation).
You may define your own matcher.
You may add new types to the default parser by invoking register_type().
Registers a custom type that will be available to “parse” for type conversion during step matching.
Converters should be supplied as name=callable arguments (or as dict).
A type converter should follow parse module rules. In general, a type converter is a function that converts text (as string) into a value-type (type converted value).
EXAMPLE:
from behave import register_type, given
import parse
# -- TYPE CONVERTER: For a simple, positive integer number.
@parse.with_pattern(r"\d+")
def parse_number(text):
return int(text)
# -- REGISTER TYPE-CONVERTER: With behave
register_type(Number=parse_number)
# -- STEP DEFINITIONS: Use type converter.
@given('{amount:Number} vehicles')
def step_impl(context, amount):
assert isinstance(amount, int)
You may define a new parameter matcher by subclassing behave.matchers.Matcher and registering it with behave.matchers.matcher_mapping which is a dictionary of “matcher name” to Matcher class.
Pull parameters out of step names.
The match pattern attached to the step function.
The step function the pattern is being attached to.
Match me against the “step” name supplied.
Return None if I don’t match otherwise return a list of matches as behave.model.Argument instances.
The return value from this function will be converted into a behave.model.Match instance by behave.
Provide a textual description of the step function/matcher object.
| Parameters: | schema – Text schema to use. |
|---|---|
| Returns: | Textual description of this step definition (matcher). |
An argument found in a feature file step name and extracted using step decorator parameters.
The attributes are:
The actual text matched in the step name.
The potentially type-converted value of the argument.
The name of the argument. This will be None if the parameter is anonymous.
The start index in the step name of the argument. Used for display.
The end index in the step name of the argument. Used for display.
An parameter-matched feature file step name extracted using step decorator parameters.
The step function that this match will be applied to.
A list of behave.model.Argument instances containing the matched parameters from the step name.
If you find you’d like your step implementation to invoke another step you may do so with the Context method execute_steps().
This function allows you to, for example:
@when('I do the same thing as before')
def step_impl(context):
context.execute_steps('''
when I press the big red button
and I duck
''')
This will cause the “when I do the same thing as before” step to execute the other two steps as though they had also appeared in the scenario file.
The import statement:
from behave import *
is written to introduce a restricted set of variables into your code:
Name Kind Description given, when, then, step Decorator Decorators for step implementations. use_step_matcher(name) Function Selects current step matcher (parser). register_type(Type=func) Function Registers a type converter.
See also the description in step parameters.
The environment.py module may define code to run before and after certain events during your testing:
These run before and after a section tagged with the given name. They are invoked for each tag encountered in the order they’re found in the feature file. See Controlling Things With Tags. The tag passed in is an instance of Tag and because it’s a subclass of string you can do simple tests like:
# -- ASSUMING: tags @browser.chrome or @browser.any are used.
if tag.startswith("browser."):
browser_type = tag.replace("browser.", "", 1)
if browser_type == "chrome":
context.browser = webdriver.Chrome()
else:
context.browser = webdriver.PlainVanilla()
Here’s some ideas for things you could use the environment for.
The following recipe works in all cases (log-capture on or off). If you want to use/configure logging, you should use the following snippet:
# -- FILE:features/environment.py
def before_all(context):
# -- SET LOG LEVEL: behave --logging-level=ERROR ...
# on behave command-line or in "behave.ini".
context.config.setup_logging()
# -- ALTERNATIVE: Setup logging with a configuration file.
# context.config.setup_logging(configfile="behave_logging.ini")
If you wish to capture any logging generated during an environment hook function’s invocation, you may use the capture() decorator, like:
# -- FILE:features/environment.py
from behave.log_capture import capture
@capture
def after_scenario(context):
...
This will capture any logging done during the call to after_scenario and print it out.
The context variable in all cases is an instance of behave.runner.Context.
Hold contextual information during the running of tests.
This object is a place to store information related to the tests you’re running. You may add arbitrary attributes to it of whatever value you need.
During the running of your tests the object will have additional layers of namespace added and removed automatically. There is a “root” namespace and additional namespaces for features and scenarios.
Certain names are used by behave; be wary of using them yourself as behave may overwrite the value you set. These names are:
This is set when we start testing a new feature and holds a Feature. It will not be present outside of a feature (i.e. within the scope of the environment before_all and after_all).
This is set when we start testing a new scenario (including the individual scenarios of a scenario outline) and holds a Scenario. It will not be present outside of the scope of a scenario.
The current set of active tags (as a Python set containing instances of Tag which are basically just glorified strings) combined from the feature and scenario. This attribute will not be present outside of a feature scope.
This is set to true in the root namespace when the user aborts a test run (KeyboardInterrupt exception). Initially: False.
This is set to true in the root namespace as soon as a step fails. Initially: False.
This is set at the step level and holds any multiline text associated with the step.
The configuration of behave as determined by configuration files and command-line options. The attributes of this object are the same as the configuration file settion names.
This is set for each scenario in a scenario outline and references the Row that is active for the current scenario. It is present mostly for debugging, but may be useful otherwise.
If logging capture is enabled then this attribute contains the captured logging as an instance of LoggingCapture. It is not present if logging is not being captured.
If stdout capture is enabled then this attribute contains the captured output as a StringIO instance. It is not present if stdout is not being captured.
If stderr capture is enabled then this attribute contains the captured output as a StringIO instance. It is not present if stderr is not being captured.
If an attempt made by user code to overwrite one of these variables, or indeed by behave to overwite a user-set variable, then a behave.runner.ContextMaskWarning warning will be raised.
You may use the “in” operator to test whether a certain value has been set on the context, for example:
‘feature’ in context
checks whether there is a “feature” value in the context.
Values may be deleted from the context using “del” but only at the level they are set. You can’t delete a value set by a feature at a scenario level but you can delete a value set for a scenario in that scenario.
The steps identified in the “steps” text string will be parsed and executed in turn just as though they were defined in a feature file.
If the execute_steps call fails (either through error or failure assertion) then the step invoking it will fail.
ValueError will be raised if this is invoked outside a feature context.
Returns boolean False if the steps are not parseable, True otherwise.
Raised if a context variable is being overwritten in some situations.
If the variable was originally set by user code then this will be raised if behave overwites the value.
If the variable was originally set by behave then this will be raised if user code overwites the value.
Given all the code that could be run by behave, this is the order in which that code is invoked (if they exist.)
before_all
for feature in all_features:
before_feature
for scenario in feature.scenarios:
before_scenario
for step in scenario.steps:
before_step
step.run()
after_step
after_scenario
after_feature
after_all
If the feature contains scenario outlines then there is an additional loop over all the scenarios in the outline making the running look like this:
before_all
for feature in all_features:
before_feature
for outline in feature.scenarios:
for scenario in outline.scenarios:
before_scenario
for step in scenario.steps:
before_step
step.run()
after_step
after_scenario
after_feature
after_all
The feature, scenario and step objects represent the information parsed from the feature file. They have a number of common attributes:
The structure of model objects parsed from a feature file will typically be:
Tag (as Feature.tags) Feature : TaggableModelElement Description (as Feature.description) Background Step Table (as Step.table) MultiLineText (as Step.text) Tag (as Scenario.tags) Scenario : TaggableModelElement Description (as Scenario.description) Step Table (as Step.table) MultiLineText (as Step.text) Tag (as ScenarioOutline.tags) ScenarioOutline : TaggableModelElement Description (as ScenarioOutline.description) Step Table (as Step.table) MultiLineText (as Step.text) Examples Table
A feature parsed from a feature file.
The attributes are:
This is the keyword as seen in the feature file. In English this will be “Feature”.
The name of the feature (the text after “Feature”.)
The description of the feature as seen in the feature file. This is stored as a list of text lines.
The Background for this feature, if any.
A list of @tags (as Tag which are basically glorified strings) attached to the feature. See Controlling Things With Tags.
Read-Only. A summary status of the feature’s run. If read before the feature is fully tested it will return “untested” otherwise it will return one of:
The time, in seconds, that it took to test this feature. If read before the feature is tested it will return 0.0.
The file name (or “<string>”) of the feature file where the feature was found.
The line number of the feature file where the feature was found.
A background parsed from a feature file.
The attributes are:
This is the keyword as seen in the feature file. In English this will typically be “Background”.
The name of the background (the text after “Background:”.)
The time, in seconds, that it took to run this background. If read before the background is run it will return 0.0.
The file name (or “<string>”) of the feature file where the background was found.
The line number of the feature file where the background was found.
A scenario parsed from a feature file.
The attributes are:
This is the keyword as seen in the feature file. In English this will typically be “Scenario”.
The name of the scenario (the text after “Scenario:”.)
The description of the scenario as seen in the feature file. This is stored as a list of text lines.
A list of @tags (as Tag which are basically glorified strings) attached to the scenario. See Controlling Things With Tags.
Read-Only. A summary status of the scenario’s run. If read before the scenario is fully tested it will return “untested” otherwise it will return one of:
The time, in seconds, that it took to test this scenario. If read before the scenario is tested it will return 0.0.
The file name (or “<string>”) of the feature file where the scenario was found.
The line number of the feature file where the scenario was found.
A scenario outline parsed from a feature file.
A scenario outline extends the existing Scenario class with the addition of the Examples tables of data from the feature file.
The attributes are:
This is the keyword as seen in the feature file. In English this will typically be “Scenario Outline”.
The name of the scenario (the text after “Scenario Outline:”.)
The description of the scenario outline as seen in the feature file. This is stored as a list of text lines.
A list of @tags (as Tag which are basically glorified strings) attached to the scenario. See Controlling Things With Tags.
Read-Only. A summary status of the scenario outlines’s run. If read before the scenario is fully tested it will return “untested” otherwise it will return one of:
The time, in seconds, that it took to test the scenarios of this outline. If read before the scenarios are tested it will return 0.0.
The file name (or “<string>”) of the feature file where the scenario was found.
The line number of the feature file where the scenario was found.
A table parsed from a scenario outline in a feature file.
The attributes are:
This is the keyword as seen in the feature file. In English this will typically be “Example”.
The name of the example (the text after “Example:”.)
The file name (or “<string>”) of the feature file where the example was found.
The line number of the feature file where the example was found.
Tags appear may be associated with Features or Scenarios.
They’re a subclass of regular strings (unicode pre-Python 3) with an additional line number attribute (where the tag was seen in the source feature file.
A single step parsed from a feature file.
The attributes are:
This is the keyword as seen in the feature file. In English this will typically be “Given”, “When”, “Then” or a number of other words.
The name of the step (the text after “Given” etc.)
The type of step as determined by the keyword. If the keyword is “and” then the previous keyword in the feature file will determine this step’s step_type.
Read-Only. A summary status of the step’s run. If read before the step is tested it will return “untested” otherwise it will return one of:
The time, in seconds, that it took to test this step. If read before the step is tested it will return 0.0.
If the step failed then this will hold any error information, as a single string. It will otherwise be None.
The file name (or “<string>”) of the feature file where the step was found.
The line number of the feature file where the step was found.
Tables may be associated with either Examples or Steps:
A table extracted from a feature file.
Table instance data is accessible using a number of methods:
The attributes are:
The headings of the table as a list of strings.
Tables are also comparable, for what that’s worth. Headings and row data are compared.
One row of a table parsed from a feature file.
Row data is accessible using a number of methods:
The attributes are:
The list of strings that form the cells of this row.
The headings of the table as a list of strings.
Rows are also comparable, for what that’s worth. Only the cells are compared.
And Text may be associated with Steps:
The logging capture behave uses by default is implemented by the class LoggingCapture. It has methods
Capture logging events in a memory buffer for later display or query.
Captured logging events are stored on the attribute buffer:
This is a list of captured logging events as logging.LogRecords.
By default the format of the messages will be:
'%(levelname)s:%(name)s:%(message)s'
This may be overridden using standard logging formatter names in the configuration variable logging_format.
The level of logging captured is set to logging.NOTSET by default. You may override this using the configuration setting logging_level (which is set to a level name.)
Finally there may be filtering of logging events specified by the configuration variable logging_filter.
Turn off logging capture.
If other handlers were removed by inveigle() then they are reinstated.
Search through the buffer for any ERROR or CRITICAL events.
Returns boolean indicating whether a match was found.
Search through the buffer for a message that matches the given regular expression.
Returns boolean indicating whether a match was found.
Turn on logging capture by replacing all existing handlers configured in the logging module.
If the config var logging_clear_handlers is set then we also remove all existing handlers.
We also set the level of the root logger.
The opposite of this is abandon().
The log_capture module also defines a handy logging capture decorator that’s intended to be used on your environment file functions.
Decorator to wrap an environment file function in log file capture.
It configures the logging capture using the behave context - the first argument to the function being decorated (so don’t use this to decorate something that doesn’t have context as the first argument.)
The basic usage is:
The function prints any captured logging (at the level determined by the log_level configuration setting) directly to stdout, regardless of error conditions.
It is mostly useful for debugging in situations where you are seeing a message like:
No handlers could be found for logger "name"
The decorator takes an optional “level” keyword argument which limits the level of logging captured, overriding the level in the run’s configuration:
This would limit the logging captured to just ERROR and above, and thus only display logged events if they are interesting.


I had heard of yohimbe for many years but had never had a chance to try it. A friend had often spoken with me about using a tincture form of yohimbe in coffee and enjoying it's mild psychedelic effects. While shopping for some vitamins I noticed a major supplement manufacturer had begun selling powdered yohimbe bark in capsules. It was not expensive and after some research on the internet I decided to buy a bottle of the 500 mg capsules.
The recommended dosage on the bottle indicated taking one capsule after a meal up to three times a day. No claims of any effects or benefits were listed on the bottle. My research on the internet seemed to indicate that it was currently being touted as a 'fat burner' in addition to it's well known effects as an 'herbal viagra'. I decided to try it gradually starting at the recommended dosage and increasing gradually and trying different methods of ingestion once I was confident I was getting no bad effects.
The first day I took three capsules throughout the day and noticed no effects at all. I doubled the dosage on the second day and noticed only a mild euphoric mood starting in the late afternoon and had a little trouble getting to sleep. The third day I took three capsules in the morning and began to notice very mild effects in a little over an hour. I decided to try the rest of the dosage I was planning to take that day in the form of a tea which I made by dumping the six capsules (three grams of powdered bark) in a Pyrex measuring cup with about eight ounces of boiling water, 1000 mg of vitamin C and simmering over low heat for about 20 minutes. I filtered the tea through a coffee filter and added a couple of ice cubes to cool it down. I drank it gradually over a period of about 45 minutes mixed about half and half with
coca cola on ice (not terrible tasting but not great either).
Within about ten or fifteen minutes of begining to drink the tea I began to experience a more intense effect of stimulation and euphoria. This increased over a period of about an hour. I found the effects to be enjoyable but rather mild, slight tingling, especially in the limbs, very subtle tracer smearing visually, rather like pot but with a more alert type of euphoria. My heartbeat seem to be a little elavated but not at a level of discomfort or concern.
At this time I decided to try smoking a small amount of the powdered bark to see what effect it might have on the experience. I smoked probably only 50-75 mg sprinkled over some shake from some pot. The effects were immediately intesified and began to become much speedier and psychedelic. Colors seemed brighter and often left afterimages.
At this point I also began to notice the sexual effects, I began to feel mildly aroused. Masturbation was quite enjoyable and orgasm was prolonged and intense. The overall effects seemed to gradually decrease over a period of around five or six hours. After this amount of time I felt a little tired and decided to take a short nap, I ended up sleeping for nearly six hours.
I have since tried yohimbe both as tea and smoked on at least three different occasions. I have come to the conclusion that smoking is both easier and much more effective. An effective dose for smoking is only about 100-150 mg where tea requires at least three grams for even a mild experience. Mixing the yohimbe with a small amount of pot seems to enhance the psychedelic edge and tone down the speediness of the experience. One consistant effect I have noticed is the burn out after coming down, I lay down for a short nap and end up sleeping for at least four to six hours.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Major Mines in British Columbia
Use the list below to navigate to information on individual mine sites. Click on any mine to go directly to its profile page, or click the ‘+’ sign to expand the list item to see basic information (e.g., operator, ownership, commodity/ies produced) about that mine. You can also use our interactive map to navigate to information on individual mines across British Columbia.
Name
Operator
Commodity
Details
- Operator {{p.operator}}
- Ownership
- Commodities {{p.commodities ? p.commodities.join(', ') : ''}}
- Number of Tailings Impoundments {{p.tailingsImpoundments}}
- info_outlineGo to Mine Details location_onShow on Map


Vanilla Policy Gradient¶
Table of Contents
Background¶
(Previously: Introduction to RL, Part 3)
The key idea underlying policy gradients is to push up the probabilities of actions that lead to higher return, and push down the probabilities of actions that lead to lower return, until you arrive at the optimal policy.
Quick Facts¶
- VPG is an on-policy algorithm.
- VPG can be used for environments with either discrete or continuous action spaces.
- The Spinning Up implementation of VPG supports parallelization with MPI.
Key Equations¶
Let denote a policy with parameters , and denote the expected finite-horizon undiscounted return of the policy. The gradient of is
where is a trajectory and is the advantage function for the current policy.
The policy gradient algorithm works by updating policy parameters via stochastic gradient ascent on policy performance:
Policy gradient implementations typically compute advantage function estimates based on the infinite-horizon discounted return, despite otherwise use the finite-horizon undiscounted policy gradient formula.
Exploration vs. Exploitation¶
VPG trains a stochastic policy in an on-policy way. This means that it explores by sampling actions according to the latest version of its stochastic policy. The amount of randomness in action selection depends on both initial conditions and the training procedure. Over the course of training, the policy typically becomes progressively less random, as the update rule encourages it to exploit rewards that it has already found. This may cause the policy to get trapped in local optima.
Documentation¶
-
spinup.
vpg
(env_fn, actor_critic=<function mlp_actor_critic>, ac_kwargs={}, seed=0, steps_per_epoch=4000, epochs=50, gamma=0.99, pi_lr=0.0003, vf_lr=0.001, train_v_iters=80, lam=0.97, max_ep_len=1000, logger_kwargs={}, save_freq=10)[source]¶ Parameters: - env_fn – A function which creates a copy of the environment. The environment must satisfy the OpenAI Gym API.
- actor_critic –
A function which takes in placeholder symbols for state,
x_ph
, and action,a_ph
, and returns the main outputs from the agent’s Tensorflow computation graph:Symbol Shape Description pi
(batch, act_dim) Samples actions from policy givenstates.logp
(batch,) Gives log probability, according tothe policy, of taking actionsa_ph
in statesx_ph
.logp_pi
(batch,) Gives log probability, according tothe policy, of the action sampled bypi
.v
(batch,) Gives the value estimate for statesinx_ph
. (Critical: make sureto flatten this!) - ac_kwargs (dict) – Any kwargs appropriate for the actor_critic function you provided to VPG.
- seed (int) – Seed for random number generators.
- steps_per_epoch (int) – Number of steps of interaction (state-action pairs) for the agent and the environment in each epoch.
- epochs (int) – Number of epochs of interaction (equivalent to number of policy updates) to perform.
- gamma (float) – Discount factor. (Always between 0 and 1.)
- pi_lr (float) – Learning rate for policy optimizer.
- vf_lr (float) – Learning rate for value function optimizer.
- train_v_iters (int) – Number of gradient descent steps to take on value function per epoch.
- lam (float) – Lambda for GAE-Lambda. (Always between 0 and 1, close to 1.)
- max_ep_len (int) – Maximum length of trajectory / episode / rollout.
- logger_kwargs (dict) – Keyword args for EpochLogger.
- save_freq (int) – How often (in terms of gap between epochs) to save the current policy and value function.
Saved Model Contents¶
The computation graph saved by the logger includes:
| Key | Value |
|---|---|
x |
Tensorflow placeholder for state input. |
pi |
Samples an action from the agent, conditioned on states in x . |
v |
Gives value estimate for states in x . |
This saved model can be accessed either by
- running the trained policy with the test_policy.py tool,
- or loading the whole saved graph into a program with restore_tf_graph.
References¶
Relevant Papers¶
- Policy Gradient Methods for Reinforcement Learning with Function Approximation, Sutton et al. 2000
- Optimizing Expectations: From Deep Reinforcement Learning to Stochastic Computation Graphs, Schulman 2016(a)
- Benchmarking Deep Reinforcement Learning for Continuous Control, Duan et al. 2016
- High Dimensional Continuous Control Using Generalized Advantage Estimation, Schulman et al. 2016(b)
Why These Papers?¶
Sutton 2000 is included because it is a timeless classic of reinforcement learning theory, and contains references to the earlier work which led to modern policy gradients. Schulman 2016(a) is included because Chapter 2 contains a lucid introduction to the theory of policy gradient algorithms, including pseudocode. Duan 2016 is a clear, recent benchmark paper that shows how vanilla policy gradient in the deep RL setting (eg with neural network policies and Adam as the optimizer) compares with other deep RL algorithms. Schulman 2016(b) is included because our implementation of VPG makes use of Generalized Advantage Estimation for computing the policy gradient.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/request.html ---
Hi @Johannes Hölzl, @Mario Carneiro, I'm hoping one of you can have a look at <https://github.com/leanprover/mathlib/pull/382> for me. (It's a replacement for https://github.com/leanprover/mathlib/pull/324, which has been up for a few weeks; I cleaned up the history and left the previous discussion at the old PR.)
I need to build further on this PR in order to build one more tactic before I can continue migrating my category theory library (limits and colimits), but I'd like to be sure this first PR is okay.
This PR just extends the syntax of solve_by_elim
, allowing the user at add or remove additional lemmas or hypotheses from the set of lemmas that are applied.
Last updated: Apr 24 2020 at 19:02 UTC


The months from October to March are the winter months of the city. The city receives an average temperature of 13 degrees celsius and it could go as high as 28 degrees celsius. This makes the whole experience pleasant and memorable.
The best time to visit Charminar is in the months of winter as other seasons are not suitable for strolling around the city. Here is a description of each of the seasons:
The months from October to March are the winter months of the city. The city receives an average temperature of 13 degrees celsius and it could go as high as 28 degrees celsius. This makes the whole experience pleasant and memorable.
The months from March to mid-June are the summer months. This coastal city receives high temperatures and unpleasant humidity in these months. You can expect the average temperature to be 25 degrees celsius whereas the maximum temperature can go as high as 40 degrees celsius.
In the months from June to September, the city receives heavy rainfalls which gives rise to the already unbearable humidity. With temperatures hovering between 24 to 27 degrees celsius, the heavy rainfalls would make your visit extremely uncomfortable.


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Explore the carbon dioxide emission and energy consumption patterns of your hometown, and learn how you can do your part to help combat climate change in BC and the world.


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---
layout: talk_reveal3
title: Phylodynamics to assist in Ebola outbreak response
venue: Charleston, SC
event: Epidemics7
author: Trevor Bedford
---
Trevor Bedford (@trvrb) and Allison Black (@alliblk)
{{ page.title }}
{{ page.date | date: "%-d %b %Y" }}
{{ page.event }}
{{ page.venue }}
Okay to share on social media
Pathogen genomes can reveal transmission dynamics
Key challenges to making genomic epidemiology actionable
Real-time tracking of pathogen evolution
with Richard Neher, James Hadfield, Emma Hodcroft, Thomas Sibley, Colin Megill, John Huddleston, Barney Potter, Sidney Bell, Louise Moncla, Charlton Callender, Misja Ilcisin, Kairsten Fay, Jover Lee
with Placide Mbala-Kingebeni, Eddy Kinganda Lusamaki, Catherine Pratt, Mike Wiley, James Hadfield, Allison Black, Jean-Jacques Muyembe Tamfum, Steve Ahuka-Mundeke, Daniel Mukadi, Gustavo Palacios, Amadou Sall, Ousmane Faye, Eric Delaporte, Martine Peeters and many others
Allison Black (PhD student) and James Hadfield (postdoc) working with scientists at the INRB. Goal is to provide training in bioinformatics, Nextstrain and genomic epidemiology.
432 genomes most recent from late Oct
| Mutations | Time |
|---|---|
| 4 mutations | 108 days |
| ~0.59 mutations per serial interval | ~13 days per serial interval |
| 4/0.59 = ~7 serial intervals | 108/13 = ~8 serial intervals |
Bedford Lab: Alli Black, John Huddleston, James Hadfield, Katie Kistler, Louise Moncla, Maya Lewinsohn, Thomas Sibley, Jover Lee, Kairsten Fay, Misja Ilcisin, Nicola Müller
Ebola in DRC: Allison Black, James Hadfield, Eddy Kinganda Lusamaki, Placide Mbala-Kingebeni, Catherine Pratt, Mike Wiley, Jean-Jacques Muyembe Tamfum, Steve Ahuka-Mundeke, Daniel Mukadi, Gustavo Palacios, Amadou Sall, Ousmane Faye, Eric Delaporte, Martine Peeters, David Blazes, Cécile Viboud
Nextstrain: Richard Neher, James Hadfield, Emma Hodcroft, Tom Sibley, John Huddleston, Sidney Bell, Barney Potter, Colin Megill, Charlton Callender


abstract fun partyFromAnonymous(party: AbstractParty): Party?
Returns the well known identity from an abstract party. This is intended to resolve the well known identity from a confidential identity, however it transparently handles returning the well known identity back if a well known identity is passed in.
party
- identity to determine well known identity for.
Return
well known identity, if found.


Notification Instance
Rule
Review Rule Configuration
Delivery Channel
Review Delivery Channel Configuration
Done


Add Disqus to your 🆖 app instantly
Install it with npm
$ npm install ng2-awesome-disqus --save
Add DisqusModule
to NgModule imports
array.
{{importing}}
In your template
{{usage}}
See Disqus official documentation (JavaScript configuration variables) before using these inputs.
{{advancedUsage}}
Use the output (comment)
to get user comment. (test comment response by posting one in the preview)
Disqus will automatically reloads if any of your inputs change. 👌
TODO: Comments count soon 🎉


Kimberley Strassel: Elizabeth Warren admits to a colossal campaign error. This is what she did next
by Kimberley A. StrasselSen. Elizabeth Warren admitted last Friday that she had made a colossal, potentially fatal, campaign error—and immediately proceeded to make it worse. If the Warren presidential bid flops, this will be the moment to mark.
That admission didn’t come in so many words. It came instead in the form of a major update to Ms. Warren’s Medicare for All plan. The Massachusetts senator now proposes a two-year “transition” period, in which Americans would be able to opt in to Medicare. Put another way, Ms. Warren now calls for the same sort of public option as her “moderate” competitors. She says that she will wait until the third year of her presidency to abolish private insurance.
CLICK HERE TO GET THE FOX NEWS APP
Her defenders are putting the best spin on this move—declaring her “two step” process a means of getting more government insurance to more people faster. In reality, it’s a wholesale abandonment of the risky Medicare for All plan that she unveiled only a few weeks ago—a plan so expensive, so convoluted and so draconian that it worried even her most fervent supporters.
CLICK HERE TO GET THE OPINION NEWSLETTER
The precise origin of this debacle was the moment in the first June Democratic debate when Ms. Warren announced she was “with Bernie”—Sen. Sanders of Vermont—on Medicare for All. Up to that point, she had afforded herself wiggle room, saying that she believed in a government-run system but stressing that there were many different “paths” for getting there. Her desire in that debate to keep pace with Mr. Sanders opened her up to relentless demands that she explain how her own plan would work. How could the woman who “has a plan” for everything speak in vague generalities about health care?
CLICK HERE TO CONTINUE READING KIMBERLEY STRASSEL'S COLUMN IN THE WALL STREET JOURNAL


Top-down: - Ontology Building (requirements elicitation, formalisation, modelling) - Scope Expansion (higher level of genericity) - Flexibility Enhancement (same level but usable in more situations) Bottom-up: - Code factoring (reduce redundant code)


Christian Horner not worried by Albon's practice crashes
by Adam NewtonAlex Albon crashed in practice once again on Friday running at the Brazilian Grand Prix, but his Aston Martin Red Bull Racing team boss Christian Horner says he is not worried by the frequency of these incidents, with the Thai driver hitting the walls numerous times in practice sessions this season.
Albon went back out in FP1 on slick tyres perhaps too early, and ran wide at Juncao, crashing tamely into the barriers and breaking his suspension. The crash brought out the red flag and with hardly any time left in the session, the crash ended FP1.
Albon also crashed in China, Hungary, Russia and Mexico, but Horner says he is not concerned by the regularity of the incidents.
During the team bosses press conference, birthday boy Horner said: "I think today wasn’t… you can’t put on Alex’s account. I think maybe we were a little bit too optimistic getting out there, trying to get him laps in on a track that was still pretty damp in the middle sector.
"Max, as I say, he had a moment at turn one, turn two. There were other cars that were running wide so I don’t think today we can blame that on Alex but he has had a few little incidents this year. Thankfully they’ve all been on Fridays and Saturday mornings. When it’s come to it in qualifying and the race he’s absolutely delivered."


Mozilla is cool
My top level heading
My subheading
My sub-subheading
This is a sigle paragraph
At mozilla,we're a global community of
technologists
thinkers
builders
working together
Mozilla Manifesto


The Composition relationship indicates that an object consists of a number of other objects.
The interpretation of a Composition relationship is that the whole or part of the source element is composed of the whole of the target element.
A specific kind of server can be modeled as a node composed of a device and system software implying an existence dependency between individual servers of that kind and the individual devices and system software instances of which they consist.
A Composition relationship is always allowed between two instances of the same element type.
Structural.
An Application Component may be composed of two or more sub-components.


| 005:116 Khan | : |
And (remember) when Allah will say (on the Day of Resurrection): "O 'Iesa (Jesus), son of Maryam (Mary)! Did you say unto men: 'Worship me and my mother as two gods besides Allah?' " He will say: "Glory be to You! It was not for me to say what I had no right (to say). Had I said such a thing, You would surely have known it.  He will say: Glory be to Thee! it was not for me to say what I had no right to (say). If I had said it, Thou wouldst indeed have known it. Thou knowest what is in my mind, and I know not what is in Thy mind. Surely Thou art the great Knower of the unseen. |
| 005:116 Pickthal | : |
And when Allah saith: O Jesus, son of Mary! Didst thou say unto mankind: Take me and my mother for two gods beside Allah? he saith: Be glorified! It was not mine to utter that to which I had no right. If I used to say it, then Thou knewest it. Thou knowest what is in my mind, and I know not what is in Thy Mind. Lo! Thou, only Thou, art the Knower of Things Hidden? |
| 005:116 Rashad | : |
GOD will say, "O Jesus, son of Mary, did you say to the people, 'Make me and my mother idols beside GOD?' " He will say, "Be You glorified. I could not utter what was not right. Had I said it, You already would have known it. You know my thoughts, and I do not know Your thoughts.  he replied, "Glory be to you! How could I say what I have no right to say? Had I ever said it, You would have certainly known about it. You know what is in my soul, but I do not know what is in Yours. It is You who has absolute knowledge of the unseen. |
| 005:116 Shakir | : |
And when Allah will say: O Isa son of Marium! did you say to men, Take me and my mother for two gods besides Allah he will say: Glory be to Thee, it did not befit me that I should say what I had no right to (say); if I had said it, Thou wouldst indeed have known it; Thou knowest what is in my mind, and I do not know what is in Thy mind, surely Thou art the great Knower of the unseen things. |
| 005:116 Sherali | : |
And when ALLAH will say, 'O Jesus, son of Mary, didst thou say to men, 'Take me and my mother for two gods beside ALLAH?' he will answer, 'Holy art THOU, I could never say that which I had no right. If I had said it, Thou wouldst have surely known it. Thou knowest what is in my mind, and I know not what is in Thy mind. It is Thou alone WHO art the Knower of all hidden things; |
| 005:116 Yusufali | : |
And behold! Allah will say: "O Jesus the son of Mary! Didst thou say unto men, worship me and my mother as gods in derogation of Allah'?" He will say: "Glory to Thee! never could I say what I had no right (to say). Had I said such a thing, thou wouldst indeed have known it. Thou knowest what is in my heart, Thou I know not what is in Thine. For Thou knowest in full all that is hidden. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > حمد الله تعالى وتسبيحه والثناء عليه Pillars of Islam> Islamic> Oneness of Allah> Praise be to Him أركان الإسلام > التوحيد > توحيد الله تعالي > صفات الله تعالى > علام الغيوب Pillars of Islam> Islamic> Oneness of Allah> His Glory's Characteristics> The Knower of All that is Hidden أركان الإسلام > التوحيد > توحيد الله تعالي > علمه جلّ شأنه Pillars of Islam> Islamic> Oneness of Allah> His Glory's Knowledge الديانات > بنو إسرائيل > حالاتهم Religions>Children of Israel>Their Status الديانات > النصارى > التثليث Religions>The Christians>The Trinity
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Dockerfile Quick Reference
Dockerfile instructions
FROM - This will create the base layer for the subsequent instructions
FROM <image>:<tag>
FROM openjdk:8-jdk-alpine
WORKDIR - Set the working directory. RUN, CMD, ENTRYPOINT, COPY and ADD instructions will use this while execution.
We can have multiple WORKDIR’s in a single Dockerfile
WORKDIR /temp
FROM openjdk:11-jdk-slim
WORKDIR /my-projects/inventory
COPY - Copy files from source file system to container’s file system
COPY <src>… <dest>
COPY target/*.jar / - copies all .jar files to container parent folder
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
ENV - Sets environment variable
ENV <key> <value> - sets single key value pair (first space is used to seperate key and value)
ENV <key>=<value> <key>=<value> - set multiple key value pairs
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
ENV app_config=/app.properties
LABEL - Adds metadata to an image
LABEL <key>=<value> <key>=<value> - set multiple key value pairs
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
LABEL description="inventory app" version="1.0"
USER - Sets the username to use when running the image, all subsequent RUN, CMD and ENTRYPOINT instructions use this user when running
USER <user>[:<group>] - sets user name and optional group
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
USER app-user
ARG - Define a variable to pass the value at build time; subsequent instructions will use this value
ARG <name>[=<default-value>] - define argument with optional default value
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
# pass user-id at build time '$docker build --build-arg user-id=app-user'
USER user-id
RUN - Executes given command in a new layer on top of the current image and commits the result;
this resulted image will be used as a base image by the next instructions. Also, note that RUN is executed at build time,
for example; you can use RUN to setup environment before application execution, like updating software or installing required tools
RUN <command> <param1> <param2> - supports shell form
RUN [“executable”, “param1”, “param2”] - supports exec form
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
RUN apt-get update
CMD - Executes given command when the container is launched with ‘docker run’. Provide only one CMD instruction;
if you provide more, then the last one will be used to execute
CMD <command> <param1> <param2> - supports shell form
CMD [“executable”, “param1”, “param2”] - supports exec form; preferred form
CMD [“param1”, “param2”] - default params to ENTRYPOINT
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
CMD java -jar inventory-1.0.jar
ENTRYPOINT - Executes given command when container is launched with ‘docker run’. When CMD and ENTRYPOINT, both are provided
then ENTRYPOINT will be used to execute container and all the arguments of CMD will be passed to ENTRYPOINT.
Click here to understand how CMD and ENTRYPOINT will work together.
ENTRYPOINT <command> <param1> <param2> - supports shell form
ENTRYPOINT [“executable”, “param1”, “param2”] - supports exec form; preferred form
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
ENTRYPOINT ["java", "-jar", "inventory-1.0.jar"]
HEALTHCHECK - Docker will run this command to check if the container is working properly.
HEALTHCHECK [OPTIONS] CMD command - checks container health by running it inside the container
HEALTHCHECK NONE - disable healthcheck on this container
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
# to check every five minutes
HEALTHCHECK --interval=5m CMD curl -f http://localhost:8080/ || exit 1
ENTRYPOINT ["java", "-jar", "inventory-1.0.jar"]
EXPOSE - Expose port to allow incoming traffic to the contianer
EXPOSE <port-number>
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
# exposes 8080 port
EXPOSE 8080
ENTRYPOINT ["java", "-jar", "inventory-1.0.jar"]
VOLUME - Mount file system to the container
VOLUME [“/var/app”] - single volume
VOLUME /var/app1 /var/app2 - multiple volumes
FROM openjdk:8-jdk-alpine
WORKDIR /my-projects/inventory
COPY target/inventory-1.0.jar /inventory-1.0.jar
# inventory can write logs to /var/app1
VOLUME /var/app1
ENTRYPOINT ["java", "-jar", "inventory-1.0.jar"]
Build Docker Image
docker build - Builds docker image. By default it will look for ‘Dockerfile’ file in current folder
$docker build .
More references
Official documentation on Dockerfile - https://docs.docker.com/engine/reference/builder/


| 199 | (A) | als thou in bedlem was borne of a clene Mayden |
| (C) | ---- no text ---- | |
| 195 | (D) | As þow in bedlem was born of a bright mayde |
| 193 | (E) | as þow in bedleem was born . of a clene mayde |
| (Ex) | ---- no text ---- | |
| 198 | (L) | & þou in bethleem was born of a bryȝt mayde |
| 192 | (P) | Als þou in bedlem was borne of a bryght mayde |
| 193 | (U) | As thou in bedlem was borne / of a brigħt mayde |
| (V) | ---- no text ---- |


This package contains the majority of the public API for using Oracle NoSQL Database query language.


Core.js fills in the gaps where standards lag behind by providing a lot of tiny functions
that really should just already be there
Methods
-
<static> curry(fnBase) → {function}
-
create a partial application function (curry)
Parameters:
Name Type Description fnBase
function The function to curry or partially apply Returns:
- Type
- function
Example
var adder = function() { var n = 0, args = [].slice.call(arguments); for (var i = 0, len = args.length; i < len; i++) { n += args[i]; } return n; }; adder(2,2) === 4; // curry adder for later application as a partial var addTwelve = core.curry(adder, 12); addTwelve(5,3) === 20;
-
<static> eFn()
-
empty event handler function, which simply prevents default handling
-
<static> fn() → {boolean}
-
Generic empty function to speed up supplying anon empty functions. If you are using jQuery, you could use $.noop if returning undefined is desireable but this one is useful for anything requiring a boolean true return
Returns:
true- Type
- boolean
Example
this.onComplete = conf.onComplete||fn;
-
<static> fnMore(originalFn, moreFn, scope) → {function}
-
get a new function, which runs two functions serially within a given context
Parameters:
Name Type Description originalFn
function The original function to run moreFn
function The extra function to run in the same context after the first scope
object The context in which to run the fn Returns:
the new function which will serially call the given functions in the given scope- Type
- function
Example
var fn = core.fnMore(oldFn,newFn,someObj); fn(); // runs oldFn, then newFn in the context of someObj
-
<static> ord(n) → {string}
-
Get the english ordinal suffix for any number
Parameters:
Name Type Description n
number number The number to evaluate Returns:
The ordinal for that number- Type
- string
-
<static> randRange(from, to) → {number}
-
get a random integer within a range (including upward and lower bound)
Parameters:
Name Type Description from
number The lower bound to
number The upward bound Returns:
- Type
- number
Example
core.randRange(0,5) returns 0,1,2,3,4, or 5
-
<static> uuid() → {string}
-
generate a random v4 UUID of the form xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx, where each x is replaced with a random hexadecimal digit from 0 to f, and y is replaced with a random hexadecimal digit from 8 to b.
Returns:
random uuid- Type
- string
Example
var uuid = core.uuid();


Presenting All the Winners of the 2019 American Music Awards
by Mekishana PierreSunday night was full of high energy and incredible performances, thanks to the American Music Awards, and watching our favorite artists win big only made it more exciting. The night's big winners included first-time winners Billie Eilish and Halsey, and, of course, the guest of honor, Taylor Swift. Take a look at the winners below!
ARTIST OF THE YEAR
Taylor Swift
NEW ARTIST OF THE YEAR
Billie Eilish
COLLABORATION OF THE YEAR
Shawn Mendes & Camila Cabello, "Señorita"
TOUR OF THE YEAR
BTS
FAVORITE MUSIC VIDEO
Taylor Swift, "You Need to Calm Down"
FAVORITE SOCIAL ARTIST
BTS
FAVORITE MALE ARTIST - POP/ROCK
Khalid
FAVORITE FEMALE ARTIST - POP/ROCK
Taylor Swift
FAVORITE DUO OR GROUP - POP/ROCK
BTS
FAVORITE ALBUM - POP/ROCK
Taylor Swift, Lover
FAVORITE SONG - POP/ROCK
Halsey, "Without Me"
FAVORITE MALE ARTIST - COUNTRY
Kane Brown
FAVORITE FEMALE ARTIST - COUNTRY
Carrie Underwood
FAVORITE DUO or GROUP - COUNTRY
Dan + Shay
FAVORITE ALBUM - COUNTRY
Carrie Underwood, Cry Pretty
FAVORITE SONG - COUNTRY
Dan + Shay, "Speechless"
FAVORITE ARTIST - RAP/HIP-HOP
Cardi B
FAVORITE ALBUM - RAP/HIP-HOP
Post Malone, Hollywood's Bleeding
FAVORITE SONG - RAP/HIP-HOP
Lil Nas X ft. Billy Ray Cyrus, "Old Town Road"
FAVORITE MALE ARTIST - SOUL/R&B
Bruno Mars
FAVORITE FEMALE ARTIST - SOUL/R&B
Beyoncé
FAVORITE ALBUM - SOUL/R&B
Khalid, Free Spirit
FAVORITE SONG - SOUL/R&B
Khalid, "Talk"
FAVORITE ARTIST - ALTERNATIVE ROCK
Billie Eilish
FAVORITE ARTIST - ADULT CONTEMPORARY
Taylor Swift
FAVORITE ARTIST - LATIN
J Balvin
FAVORITE ARTIST - CONTEMPORARY INSPIRATIONAL
Lauren Daigle
FAVORITE ARTIST - ELECTRONIC DANCE MUSIC (EDM)
Marshmello
FAVORITE SOUNDTRACK
Bohemian Rhapsody by Queen