$ # Based on platform.machine() which is basically uname -m
$ spack arch
linux-ubuntu18.04-x86_64
$ spack -d install zlib
[...]
==> [2019-09-26-12:52:54.178762] Successfully installed zlib
Fetch: 0.01s. Build: 3.87s. Total: 3.88s.
[+] /home/culpo/PycharmProjects/spack/opt/spack/linux-ubuntu18.04-x86_64/gcc-9.0.1/zlib-1.2.11-tn4qvs7g6r45dipq6kvg4ggs6rts3m7s
$ cat spack-cc-zlib-tn4qvs7.out.log
[cc] /usr/bin/gcc-9 -c ztest28029.c
[cc] /usr/bin/gcc-9 -c -fPIC -O2 ztest28029.c
[cc] /usr/bin/gcc-9 -c -fPIC -O2 ztest28029.c
[...]
No architecture specific optimization is injected
$ spack arch
linux-ubuntu18.04-broadwell
$ spack arch --known-targets
Generic architectures (families)
aarch64 ppc64 ppc64le x86 x86_64
IBM - ppc64
power7 power8 power9
GenuineIntel - x86_64
nocona nehalem sandybridge haswell skylake skylake_avx512 cascadelake
core2 westmere ivybridge broadwell mic_knl cannonlake icelake
[...]
Host is detected as a best match among known microarchitectures
$ spack -d install zlib
[...]
==> [2019-09-26-13:57:08.721455] Successfully installed zlib
Fetch: 0.01s. Build: 3.22s. Total: 3.23s.
[+] /home/culpo/PycharmProjects/spack/opt/spack/linux-ubuntu18.04-broadwell/gcc-9.0.1/zlib-1.2.11-os3djb57dqdzhaqsl2n7iefz3gwombyi
$ cat spack-cc-zlib-os3djb5.out.log
[cc] /usr/bin/gcc-9 -march=broadwell -mtune=broadwell -c ztest30073.c
[cc] /usr/bin/gcc-9 -march=broadwell -mtune=broadwell -c -fPIC -O2 ztest30073.c
[cc] /usr/bin/gcc-9 -march=broadwell -mtune=broadwell -c -fPIC -O2 ztest30073.c
[...]
Optimization flags that are specific to the target microarchitecture are injected automatically
$ spack arch
linux-ubuntu18.04-broadwell
$ spack spec zlib<EMAIL_ADDRESS>[...]
Concretized
--------------------------------
zlib<EMAIL_ADDRESS>arch=linux-ubuntu18.04-haswell
$ spack spec zlib<EMAIL_ADDRESS>target=broadwell
[...]
==> Error: cannot produce optimized binary for micro-architecture 'broadwell' with<EMAIL_ADDRESS>[supported compiler versions are 4.9:]
Downgrades the architecture if the compiler is too old or errors out on explicit request
# The colon denotes an open range. The dependency
# is attached to any x86_64 compatible target
depends_on('libfoo', when='target=x86_64:')
# In recipes we can use Microarchitecture objects
# directly and test them for compatibility or features
if spec.target < 'broadwell':
config_args.append('--from-broadwell-on')
if 'avx512' in spec.target:
config_args.append('--enable-avx512')


Choose a coding program!
Not sure what track to choose? Take this quiz to figure out what coding track you should take!
Enter your name:
Describe your personality:
Cold and distant
Energetic and bubbly
Aggresive and determined
Lazy and slow
Who's your favorite celebrity?
Taylor Swift
Steve Jobs
Kim Kardashian
Are you interested in front-end or back-end development?
Front-end
Back-end
I dont know.
Are you ready to hunker down, spend +9/hrs a day learning how to code?
Yes
No
Submit
You should learn:


First Campaign Milestone
Today is an exciting milestone for the GroupGets team and its partners. We just closed our first campaign to bring a cutting-edge component directly from the manufacturer to small and independent developers throughout the world to give them access to something otherwise unattainable.
At the<EMAIL_ADDRESS>portal setup by Pure Engineering, we are already seeing collaboration and ideas flow before people even have their Leptons. Some of our friends have been updating the sample code at the Github repo so that the campaign backers have great building blocks on multiple platforms by the time that they get their Leptons.
The factory order was placed a few days ago and we expect to have units to ship to everyone in less than a week. For those who ordered the breakout boards at Tindie.com, over 100 have been produced and are in transit now to us. Many more are also going to be produced for subsequent batches so if your friends missed out or if you need more, The Lepton Batch 2 campaign is already open.
From the bottom of our hearts we thank everyone that helped to make this a success and we hope that this is just the beginning for this platform. We definitely have more exciting things planned as we ramp up.
Please note that the platform exists to enable anyone to initiate secure group buys online for anything. Since we are makers ourselves, our sponsored group buys will mostly be maker-focused, but the platform is not limited to that. Alternatively, if you are a producer of great products wanting to reach a global aggregation of smaller yet motivated makers, we want to hear from you because we know that we can help.


Below you can find an assortment of field recordings I've made and audio narratives I've produced and mixed.
In this short scene sketch from "Omon Ra" by Victor Pelevin, Omon traverses the surface of the moon in a bicycle-powered Lunokhod — or so he thinks. This scene illustrates the deception of the Soviet Space program in "Omon Ra."
A short sketch of a scene from "The Husband Stitch" by Carmen Maria Machado, utilizing foley, narration and archival tape.
A 20-second story about the cost of atomic warfare, using a moment of silence as a transition point between a nuclear blast and an American turning on a radio broadcast hundreds of miles away.


I'm a master's thesis student with specialisation in ML/AI and research associate in blockchain at UTA! I'm in third semester of Masters's Program in Computer Science at University of Texas.
I aspire to explore the ever exciting world of Machine Learning and BlockChain. I am currently working on BlockChain Transcation System on mobile platforms and integration of AI/ML on IoT Edge devices on clearblade platform.
Increased efficiency by 68% of MQTT messages’ database insertion which is used by IOT devices to communicate. Evaluated performance of TimeScaleDB hypertables and Postgres on ClearBlade platform. Recently developed and deployed YOLO (You Look Only Once) ML model as an IoT package module on ClearBlade using JavaScript and Python. Used Agile and Scrum methods in the process of development.
Categorized various Android games and their relevant ads. Manipulated UI/UX elements of the games to advertise non intrusively and increased ad views by 30%.
Developed two web projects using WordPress, Drupal, C Panel and MySQL. Dealt with Domain registration, DNS, certificates and Apache configuration and documented the records to double the ease of operation.
Managed orders and deliveries for a late night food delivery startup by using HTML, CSS, WordPress, MySQL and PHP and increased the numbers of orders by launching this website.
 During the warmer months here in Texas, I enjoy swimming, rock climbing, and kayaking.
When forced indoors, I follow a number of sci-fi and mystery genre movies and television shows, I am an aspiring chef, and I spend a large amount of my free time exploring the latest technology advancements in the artificial interlligence and blockchain world.


Taxonomy Types
Recommendation, 2007 April 15
Editor:
Kim Bartkus, HR-XML Consortium, Inc.
Kathi Dolan, Manpower
Contributors:
Members of the following workgroups: SIDES, R&S, Screening, CPO.
Copyright © 2007 HR-XML Consortium, Inc.
Abstract
A growing number of approved HR-XML specifications use a set of agreed-upon XML schema types to represent commonly used elements. The purpose of this recommendation is to document the use of these types and to formalize their adoption as Cross-Process Objects.
Table of Contents
3.1.3 Schema Elements Explained
3.1.4 Uses/Implementation Considerations
5 Appendix A - Document Version History
Taxonomy is defined as a structure for classifying or categorizing information into a hierarchy. Within the Human Resources environment there are several kinds of information that use this structured categorization. This specification will address three types of taxonomies that are common within the context of Recruiting, Staffing and Hiring processes. The first of these to be included is industry coding, which is used to identify the type of industry (or industries) an organizational entity belongs to. This is used many ways, including allowing a candidate to indicate their preference for working within a particular industry or for business analytics, such as customer segmentation.
The IndustryCode schema is used in several approved specifications, thus precluding changes to the structure. In the future, a more generic structure, such as the OAGI Core Component ‘CodeType’, will be reviewed as a possible replacement.
Additional common TaxonomyTypes that have been identified are Occupational coding (categorizing groups of jobs or occupations) and Competency coding (structured classification of skills, abilities, etc). There are other taxonomies that occur later in the overall employment lifecycle that will be considered for inclusion in future versions of TaxonomyTypes.
It is important to note that HR-XML does not create the taxonomies themselves. There are many organizations that produce taxonomy content. HR-XML only provides the structure for this type of hierarchical data to be exchanged, regardless of the content’s origin.
The document provides XML schema types that HR-XML workgroups SHOULD incorporate within their schemas to support conformance of common taxonomy types. Values may be controlled by a pattern or an enumeration list. When enumerations are included, an extension mechanism is available to allow trading partners to add values.
Taxonomy schemas SHOULD be defined as a complex type, which may be referenced in other HR-XML Consortium schemas. When appropriate, an element name may also be defined using the complex type.
The industry code schema is generally used to define the industry/industries a particular entity does business in. It may also be used in a more general context such as a job seeker expressing an interest in working within a particular industry.
<!-- industry code -->
<xsd:element name="IndustryCode" type="IndustryCodeType"/>
<xsd:complexType name="IndustryCodeType">
<xsd:simpleContent>
<xsd:extension base="xsd:string">
<xsd:attribute name="primaryIndicator" type="xsd:boolean" use="optional"/>
<xsd:attribute name="classificationName" type="xsd:string" use="optional"/>
</xsd:extension>
</xsd:simpleContent>
</xsd:complexType>
|
Component Name [Global types listed at the end of the table.] |
ContentModel* |
Definition |
|
/ |
- IndustryCodeType - (1/1) |
A code that specifies the type of industry to which the entity belongs. |
|
Global complexTypes: |
|
|
|
/ |
xsd:extension base: xsd:string |
Globally scoped data type. See element or attribute declaration for definition. |
|
/
[IndustryCodeType] / |
- xsd:boolean - |
True/False. When multiple items are listed, this indicator specifies which one is primary within the context of the transaction. |
|
/
[IndustryCodeType] / |
- xsd:string - |
The name of the agency that issued the industry code. e.g. NAICS (North American Industry Classification System) code is widely used in North America. (Such use requires a prior agreement with business partners about how the field will be interpreted). |
If more than one industry codes exists, the ‘primary’ attribute specifies which one is the primary industry. Since the schema is designed for international use and classifications tend to change, the classificationName was defined as a string, rather than an enumeration. A few examples of classification names are SIC, NAICS, and UNSPSC.
An HR-XML schema may define it’s own element name and use the complex type. For example:
<xsd:element name="EmployerIndustry" type="IndustryCodeType" minOccurs="0" maxOccurs="unbounded"/>
Or a schema may use both the element name and the complex type. For example:
<xsd:element name="IndustryCode" type="IndustryCodeType" minOccurs="0" maxOccurs="unbounded"/>
Human resources data, by its very nature, is personal data. The laws of many jurisdictions as well as codes of fair information practice require organizations to handle personal data in a way that protects individuals from loss of privacy.
The data exchange specifications developed by the HR-XML Consortium are designed to be useful across many jurisdictions and within a variety of business contexts. It is not feasible for the HR-XML Consortium to develop specific privacy guidance for every jurisdiction or business context in which the Consortium's specifications might be implemented. When implementing data exchanges using the HR-XML Consortium's data definitions (or, for that matter, any data exchange mechanism), organizations are advised to examine the privacy protections that may be required under applicable law or codes of fair information practice.
For information on protecting personal data, general references include: European Union Data Protection Directive (95/46/EC); the Association Computing Machinery Code of Ethics (1992); Canadian Standards Association Model Code for the Protection of Personal Information (1995 -- PIPEDA); U.S.-EU Safe Harbor Principles and FAQs (2000).
|
Date |
Description |
|
2003-01-10 |
Draft |
|
2003-Feb-26 |
Approved recommendation by HR-XML Consortium. The default and targetNamespaces of all HR-XML schemas have been standardized. This recommendation is available as part of the HR-XML 2_0 architecture. |
|
2006-Feb-28 |
Approved by Consortium |
|
2007-Apr-15 |
Approved by Consortium |


| Top |
| GHashTable * | soup_value_hash_new () |
| GHashTable * | soup_value_hash_new_with_vals () |
| void | soup_value_hash_insert_value () |
| void | soup_value_hash_insert () |
| void | soup_value_hash_insert_vals () |
| gboolean | soup_value_hash_lookup () |
| gboolean | soup_value_hash_lookup_vals () |
| GValueArray * | soup_value_array_from_args () |
| gboolean | soup_value_array_to_args () |
| GValueArray * | soup_value_array_new () |
| GValueArray * | soup_value_array_new_with_vals () |
| void | soup_value_array_insert () |
| void | soup_value_array_append () |
| void | soup_value_array_append_vals () |
| gboolean | soup_value_array_get_nth () |
| #define | SOUP_VALUE_SETV() |
| #define | SOUP_VALUE_GETV() |
| #define | SOUP_TYPE_BYTE_ARRAY |
These methods are useful for manipulating GValues, and in particular, arrays and hash tables of GValues, in a slightly nicer way than the standard GValue API.
They are written for use with soup-xmlrpc, but they also work with types not used by XML-RPC.
GHashTable *
soup_value_hash_new (void
);
Creates a GHashTable whose keys are strings and whose values are GValue.
GHashTable * soup_value_hash_new_with_vals (const char *first_key
,...
);
Creates a GHashTable whose keys are strings and whose values
are GValue, and initializes it with the provided data. As
with soup_value_hash_insert()
, the keys and values are copied
rather than being inserted directly.
void soup_value_hash_insert_value (GHashTable *hash
,const char *key
,GValue *value
);
Inserts value
into hash
. (Unlike with g_hash_table_insert()
, both
the key and the value are copied).
void soup_value_hash_insert (GHashTable *hash
,const char *key
,GType type
,...
);
Inserts the provided value of type type
into hash
. (Unlike with
g_hash_table_insert()
, both the key and the value are copied).
hash |
a value hash. |
[element-type utf8 GValue] |
key |
the key |
|
type |
a GType |
|
... |
a value of type |
void soup_value_hash_insert_vals (GHashTable *hash
,const char *first_key
,...
);
Inserts the given data into hash
. As with
soup_value_hash_insert()
, the keys and values are copied rather
than being inserted directly.
gboolean soup_value_hash_lookup (GHashTable *hash
,const char *key
,GType type
,...
);
Looks up key
in hash
and stores its value into the provided
location.
hash |
a value hash. |
[element-type utf8 GValue] |
key |
the key to look up |
|
type |
a GType |
|
... |
a value of type pointer-to- |
gboolean soup_value_hash_lookup_vals (GHashTable *hash
,const char *first_key
,...
);
Looks up a number of keys in hash
and returns their values.
GValueArray *
soup_value_array_from_args (va_list args
);
Creates a GValueArray from the provided arguments, which must
consist of pairs of a GType and a value of that type, terminated
by G_TYPE_INVALID
. (The array will contain copies of the provided
data rather than pointing to the passed-in data directly.)
gboolean soup_value_array_to_args (GValueArray *array
,va_list args
);
Extracts a GValueArray into the provided arguments, which must
consist of pairs of a GType and a value of pointer-to-that-type,
terminated by G_TYPE_INVALID
. The returned values will point to the
same memory as the values in the array.
GValueArray *
soup_value_array_new (void
);
Creates a new GValueArray
. (This is just a wrapper around
g_value_array_new()
, for naming consistency purposes.)
GValueArray * soup_value_array_new_with_vals (GType first_type
,...
);
Creates a new GValueArray
and copies the provided values
into it.
first_type |
the type of the first value to add |
|
... |
the first value to add, followed by other type/value
pairs, terminated by |
void soup_value_array_insert (GValueArray *array
,guint index_
,GType type
,...
);
Inserts the provided value of type type
into array
as with
g_value_array_insert()
. (The provided data is copied rather than
being inserted directly.)
void soup_value_array_append (GValueArray *array
,GType type
,...
);
Appends the provided value of type type
to array
as with
g_value_array_append()
. (The provided data is copied rather than
being inserted directly.)
void soup_value_array_append_vals (GValueArray *array
,GType first_type
,...
);
Appends the provided values into array
as with
g_value_array_append()
. (The provided data is copied rather than
being inserted directly.)
array |
||
first_type |
the type of the first value to add |
|
... |
the first value to add, followed by other type/value
pairs, terminated by |
gboolean soup_value_array_get_nth (GValueArray *array
,guint index_
,GType type
,...
);
Gets the index_
element of array
and stores its value into the
provided location.
#define SOUP_VALUE_SETV(val, type, args)
Copies an argument of type type
from args
into val
. val
will
point directly to the value in args
rather than copying it, so you
must g_value_copy()
it if you want it to remain valid.
#define SOUP_VALUE_GETV(val, type, args)
Extracts a value of type type
from val
into args
. The return
value will point to the same data as val
rather than being a copy
of it.
#define SOUP_TYPE_BYTE_ARRAY (soup_byte_array_get_type ())
glib did not used to define a GType for GByteArray, so libsoup defines this one itself.


view1
view2
Angular seed app: v
Some list content, like an email in the inbox
Reply
Delete
Swipe me up!
Drag me around


In this task, you'll create a controller
and add some superheroes to the controller's $scope
.
Finally, you'll use Angular's ng-repeat
to present your superheroes in a list.
Hint: You'll need to edit HTML in src/main/webapp/repeat/repeat.html
and Javascript
in src/main/webapp/repeat/repeat.js
Hint: Check out angularjs.org. The Add Some Control demo has code you can steal for this task.
A list of Superheroes should appear here:


Watch M.I.A. sing at ‘Don’t Extradite Assange’ protest event in London
M.I.A. performed in support of Julian Assange in London
M.I.A. has performed at an event in London protesting the extradition of Wikileaks founder Julian Assange. You can watch footage of the moment below.
The ‘Don’t Extradite Assange’ event took place at 6pm outside the Home Office on Tuesday (November 5).
Before the event, M.I.A. tweeted: “Once Upon a time there were men with beards… B 4 the bearded guys there were someone else I can’t remember / Now it’s Russians / Later it could be u or me / I’m here for whatever sets truth free / Coz Jesus loves me. /Amen.”
 M.I.A. performed at the event alongside Lowkey.
Now, M.I.A. has shard footage from the event and has thanked fans who attended the event.  M.I.A also thanked Vivienne Westwood who designed her a “secrecy veil” to wear for the event.
Earlier this year (April 11), Assange was arrested at the Ecuadorian embassy in London where he had been claiming refuge for the last seven years to avoid extradition to Sweden over a sexual assault case that has since been dropped.
He was then found guilty of failing to surrender to the court while facing US federal conspiracy charges related to one of the largest ever leaks of government secrets. He was sentenced to 50 weeks in prison for a bail violation, while fighting extradition to the United States.
Back in 2017, M.I.A. wrote a letter in support of Assange urging people to “thank” the Wikileaks founder and saying the world should “fast fix your system not hide him or the cracks he exposed.” Assange is a long-term friend of the rapper.
The British-Sri Lankan rapper has used her politically charged music to explore life as a refugee across five albums and two EPs in her 20-year career and was awarded the MBE for services to music in this year’s New Year’s Honours List.
NME has contacted representatives of M.I.A for comment.


Directives
A directive is something that introduces new syntax. Directives are markers on a DOM element which attach a special behavior to it. For example, static HTML does not know how to create and display a date picker widget. To teach HTML this new syntax we need a directive. The directive will somehow create an element that behaves like a date picker. We will see how this is achieved subsequently.
The jQuery Perspective
Just imagine how you create a date picker with jQuery. We first add a normal input field to the HTML and then in jQuery we call $(element).datePicker()
to actually convert it to a date picker. But, think about it. When a designer comes and examines the markup, can he/she immediately guess what the field actually is? Is it just a plain input field or a date picker? You have to look into the jQuery code to be sure. The Angular approach is to use a directive to extend HTML. So, a directive for a date picker can look like this:
Or it could look like this:
This approach to creating UI components is intuitive and clear. You can simply look at the element to know what it is supposed to be!


pragma solidity 0.4.18;
contract ERC20Basic {
using SafeMath for uint256;
mapping(address => uint256) balances;
mapping (address => mapping (address => uint256)) internal allowed;
string public name;
string public symbol;
uint8 public decimals = 18;
uint256 public totalSupply;
event Transfer(address indexed from, address indexed to, uint256 value);
event Approval(address indexed owner, address indexed spender, uint256 value);
function transfer(address _to, uint256 _value) public returns (bool) {
Erequire(_to != address(0));
Erequire(_value <= balances[msg.sender]);
// SafeMath.sub will throw if there is not enough balance.
balances[msg.sender] = balances[msg.sender].sub(_value);
balances[_to] = balances[_to].add(_value);
Transfer(msg.sender, _to, _value);
return true;
}
/**
* @dev Transfer tokens from one address to another
* @param _from address The address which you want to send tokens from
* @param _to address The address which you want to transfer to
* @param _value uint256 the amount of tokens to be transferred
*/
function transferFrom(address _from, address _to, uint256 _value) public returns (bool) {
Erequire(_to != address(0));
Erequire(_value <= balances[_from]);
Erequire(_value <= allowed[_from][msg.sender]);
balances[_from] = balances[_from].sub(_value);
balances[_to] = balances[_to].add(_value);
allowed[_from][msg.sender] = allowed[_from][msg.sender].sub(_value);
Transfer(_from, _to, _value);
return true;
}
/**
* @dev Approve the passed address to spend the specified amount of tokens on behalf of msg.sender.
*
* Beware that changing an allowance with this method brings the risk that someone may use both the old
* and the new allowance by unfortunate transaction ordering. One possible solution to mitigate this
* race condition is to first reduce the spender's allowance to 0 and set the desired value afterwards:
* https://github.com/ethereum/EIPs/issues/20#issuecomment-263524729
* @param _spender The address which will spend the funds.
* @param _value The amount of tokens to be spent.
*/
function approve(address _spender, uint256 _value) public returns (bool) {
allowed[msg.sender][_spender] = _value;
Approval(msg.sender, _spender, _value);
return true;
}
/**
* @dev Function to check the amount of tokens that an owner allowed to a spender.
* @param _owner address The address which owns the funds.
* @param _spender address The address which will spend the funds.
* @return A uint256 specifying the amount of tokens still available for the spender.
*/
function allowance(address _owner, address _spender) public view returns (uint256) {
return allowed[_owner][_spender];
}
function balanceOf(address _owner) public view returns (uint256 balance) {
return balances[_owner];
}
function ERC20Basic(string _name, string _symbol) public {
totalSupply = 100000 * 10 ** uint(decimals);
balances[msg.sender] = totalSupply;
name=_name;
symbol = _symbol;
}
function getAddress() public view returns (address){
return address(this);
}
}
/**
* @title SafeMath
* @dev Math operations with safety checks that throw on error
*/
library SafeMath {
function mul(uint256 a, uint256 b) internal pure returns (uint256) {
Iif (a == 0) {
return 0;
}
uint256 c = a * b;
Eassert(c / a == b);
return c;
}
function div(uint256 a, uint256 b) internal pure returns (uint256) {
// assert(b > 0); // Solidity automatically throws when dividing by 0
uint256 c = a / b;
// assert(a == b * c + a % b); // There is no case in which this doesn't hold
return c;
}
function sub(uint256 a, uint256 b) internal pure returns (uint256) {
Eassert(b <= a);
return a - b;
}
function add(uint256 a, uint256 b) internal pure returns (uint256) {
uint256 c = a + b;
Eassert(c >= a);
return c;
}
}
|


Bootstrap tab menu sample
Top
link1
link2
link3
This is top.
That is link1.
These are link2.
Those are link3.


Class tests.LoginTest
|
100%
successful |
Tests
| Test | Duration | Result |
|---|---|---|
| loginTestBase | 0.658s | passed |
|<EMAIL_ADDRESS>password='Nnoa12345$'}) | 0.635s | passed |
|<EMAIL_ADDRESS>password='Nnoa12345$'}) | 0.537s | passed |
|<EMAIL_ADDRESS>password='Nnoa12345$'}) | 0.577s | passed |
|<EMAIL_ADDRESS>Nnoa12345$) | 2.636s | passed |
|<EMAIL_ADDRESS>Ss12345$) | 2.488s | passed |
|<EMAIL_ADDRESS>Nnoa12345$) | 2.455s | passed |
|<EMAIL_ADDRESS>Nnoa12345$) | 2.466s | passed |
|<EMAIL_ADDRESS>Ss12345$) | 2.485s | passed |
|<EMAIL_ADDRESS>Nnoa12345$) | 2.466s | passed |
| loginTestPositiveNewContact | 2.502s | passed |
| loginTestWithWrongPassword | 11.083s | passed |
Standard output
17:49:02.493 INFO tests.TestBase - Start method -->loginTestBase 17:49:02.493 INFO tests.TestBase - Test Start with Data -->[] 17:49:02.493 INFO tests.TestBase - ================================================================== 17:49:02.494 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:02.511 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:02.532 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:02.555 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:02.614 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:02.622 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:02.736 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:02.756 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:02.844 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:02.866 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:03.060 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:03.071 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:03.208 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:03.223 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:03.275 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:03.393 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:03.395 INFO tests.TestBase - End of method -->loginTestBase 17:49:03.396 INFO tests.TestBase - Start method -->loginTestDP_CSV 17:49:03.397 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>password='Nnoa12345$'}] 17:49:03.397 INFO tests.TestBase - ================================================================== 17:49:03.397 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:03.407 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:03.408 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:03.418 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:03.440 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:03.447 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:03.498 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:03.525 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:03.597 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:03.611 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:03.753 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:03.763 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:03.900 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:03.918 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:04.010 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.133 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.134 INFO tests.TestBase - End of method -->loginTestDP_CSV 17:49:04.135 INFO tests.TestBase - Start method -->loginTestDP_CSV 17:49:04.135 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>password='Nnoa12345$'}] 17:49:04.135 INFO tests.TestBase - ================================================================== 17:49:04.135 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.144 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.144 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.154 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.171 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.181 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.232 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:04.256 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:04.298 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:04.311 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:04.464 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:04.475 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:04.585 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:04.598 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:04.645 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.768 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.769 INFO tests.TestBase - End of method -->loginTestDP_CSV 17:49:04.770 INFO tests.TestBase - Start method -->loginTestDP_CSV 17:49:04.770 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>password='Nnoa12345$'}] 17:49:04.770 INFO tests.TestBase - ================================================================== 17:49:04.771 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.781 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.781 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.790 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.808 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:04.816 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:04.880 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:04.894 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:04.937 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:04.951 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:05.132 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:05.143 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:05.291 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:05.299 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:05.334 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:05.456 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:05.457 INFO tests.TestBase - End of method -->loginTestDP_CSV 17:49:05.458 INFO tests.TestBase - Start method -->loginTestDataProvider 17:49:05.459 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>Nnoa12345$] 17:49:05.459 INFO tests.TestBase - ================================================================== 17:49:05.460 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:05.470 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:05.470 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:05.478 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:05.492 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:05.500 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:05.553 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:05.579 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:05.625 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:05.633 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:05.808 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:05.831 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:05.942 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:05.952 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:08.000 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:08.017 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:08.018 INFO tests.TestBase - End of method -->loginTestDataProvider 17:49:08.019 INFO tests.TestBase - Start method -->loginTestDataProvider 17:49:08.019 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>Ss12345$] 17:49:08.019 INFO tests.TestBase - ================================================================== 17:49:08.019 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:08.027 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:08.027 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:08.034 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:08.049 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:08.065 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:08.118 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:08.147 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:08.180 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:08.187 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:08.381 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:08.396 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:08.534 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:08.545 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:10.587 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:10.602 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:10.603 INFO tests.TestBase - End of method -->loginTestDataProvider 17:49:10.605 INFO tests.TestBase - Start method -->loginTestDataProvider 17:49:10.605 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>Nnoa12345$] 17:49:10.605 INFO tests.TestBase - ================================================================== 17:49:10.606 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:10.615 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:10.616 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:10.626 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:10.658 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:10.670 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:10.735 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:10.761 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:10.803 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:10.810 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:10.979 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:10.995 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:11.134 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:11.146 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:13.186 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:13.201 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:13.202 INFO tests.TestBase - End of method -->loginTestDataProvider 17:49:13.205 INFO tests.TestBase - Start method -->loginTestDataProviderClass 17:49:13.205 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>Nnoa12345$] 17:49:13.205 INFO tests.TestBase - ================================================================== 17:49:13.206 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:13.220 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:13.222 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:13.234 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:13.266 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:13.286 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:13.369 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:13.397 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:13.440 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:13.450 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:13.792 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:13.800 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:13.919 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:13.930 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:15.987 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:16.003 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:16.006 INFO tests.TestBase - End of method -->loginTestDataProviderClass 17:49:16.007 INFO tests.TestBase - Start method -->loginTestDataProviderClass 17:49:16.007 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>Ss12345$] 17:49:16.007 INFO tests.TestBase - ================================================================== 17:49:16.008 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:16.017 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:16.017 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:16.031 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:16.063 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:16.087 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:16.170 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:16.185 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:16.224 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:16.234 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:16.426 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:16.434 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:16.563 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:16.576 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:18.641 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:18.657 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:18.659 INFO tests.TestBase - End of method -->loginTestDataProviderClass 17:49:18.663 INFO tests.TestBase - Start method -->loginTestDataProviderClass 17:49:18.663 INFO tests.TestBase - Test Start with Data<EMAIL_ADDRESS>Nnoa12345$] 17:49:18.663 INFO tests.TestBase - ================================================================== 17:49:18.664 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:18.677 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:18.677 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:18.687 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:18.702 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:18.710 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:18.780 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:18.792 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:18.830 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:18.838 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:19.023 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:19.036 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:19.169 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:19.183 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:21.223 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:21.234 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:21.235 INFO tests.TestBase - End of method -->loginTestDataProviderClass 17:49:21.236 INFO tests.TestBase - Start method -->loginTestPositiveNewContact 17:49:21.237 INFO tests.TestBase - Test Start with Data -->[] 17:49:21.238 INFO tests.TestBase - ================================================================== 17:49:21.239 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:21.249 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:21.249 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:21.264 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:21.280 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:21.289 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:21.352 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:21.378 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:21.417 INFO manager.MyListener - Start find element by -->By.xpath: //input[@placeholder='Email'] 17:49:21.430 INFO manager.MyListener - The element -->By.xpath: //input[@placeholder='Email']was found 17:49:21.618 INFO manager.MyListener - Start find element by -->By.xpath: //input[@placeholder='Password'] 17:49:21.641 INFO manager.MyListener - The element -->By.xpath: //input[@placeholder='Password']was found 17:49:21.766 INFO manager.MyListener - Start find element by -->By.xpath: //button[.=' Login'] 17:49:21.780 INFO manager.MyListener - The element -->By.xpath: //button[.=' Login']was found 17:49:23.821 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='ADD'] 17:49:23.841 INFO manager.MyListener - The element -->By.xpath: //a[.='ADD']was found 17:49:23.854 INFO tests.TestBase - End of method -->loginTestPositiveNewContact 17:49:23.855 INFO tests.TestBase - Start method -->loginTestWithWrongPassword 17:49:23.856 INFO tests.TestBase - Test Start with Data -->[] 17:49:23.856 INFO tests.TestBase - ================================================================== 17:49:23.856 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:23.864 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:23.865 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:23.873 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:23.887 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:23.895 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:23.948 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN'] 17:49:23.982 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found 17:49:24.025 INFO manager.MyListener - Start find element by -->By.xpath: //input[1] 17:49:24.033 INFO manager.MyListener - The element -->By.xpath: //input[1]was found 17:49:24.245 INFO manager.MyListener - Start find element by -->By.xpath: //input[2] 17:49:24.257 INFO manager.MyListener - The element -->By.xpath: //input[2]was found 17:49:24.370 INFO manager.MyListener - Start find element by -->By.xpath: //button[1] 17:49:24.379 INFO manager.MyListener - The element -->By.xpath: //button[1]was found 17:49:24.967 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out'] 17:49:35.031 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found 17:49:35.032 INFO tests.TestBase - End of method -->loginTestWithWrongPassword


The Framework Bundle allows us to specify whether our endpoint will behave in a synchronous or asynchronous manner. Synchronous flows expect to recieve a request, make a request and then provide a response while maintaining the initial connection. This is generally used in GET requests, where information is required at the time of the request. Specifying whether a flow is synchronous or asynchronous should be tied to the API endpoint that we expose for the entry point to the flow, however, in the Skeleton Bundle we are not doing this in the best manner, but instead we make this decision simply in the Controller or the Command instead of an API configuration.
This is “faked” somewhat in the Skeleton Bundle as we have a Symfony Command that allows us to trigger a synchronous flow,
and also in our Controller Controller/ApiController.php
we make the assumption that whenever we receive a GET request,
this is for a synchronous flow and if we receive a POST request, that that is for an asynchronous request.
Both the Command and the Controller make a call to the Services/RequestHandlerService.php
Service that handles the requests to the enpoint factory.
This will be clarified below with code samples.
In the Skeleton Bundle we define our flow Ping.xml
as follows:
<?xml version="1.0" encoding="UTF-8"?>
<beans xmlns="http://www.springframework.org/schema/beans" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:camel="http://camel.apache.org/schema/spring" xsi:schemaLocation="http://www.springframework.org/schema/beans http://www.springframework.org/schema/beans/spring-beans.xsd http://camel.apache.org/schema/spring http://camel.apache.org/schema/spring/camel-spring.xsd">
<camelContext trace="false" xmlns="http://camel.apache.org/schema/spring">
<route>
<from uri="api://execute/skeleton/v0/ping"/>
<to uri="rest://remote_system_api/sendPingMessage" />
</route>
</camelContext>
</beans>
This will route to our remote_system_api
producer. To understand more about how to create that producer please see the documentation “Create a new JSON Producer”.
} elseif ('GET' == $request->getMethod()) {//assumed always sync for demo
....
$responseMessage = $this->send($methodName, $data, false);
....
Where the third parameter “false” tells the called functions that async = false
.
The main call to the service is placed in function in the Controller called send
.
protected function send($methodName, $data, $async)
{
$requestHandler = $this->get('smartesb_skeleton_request_handler');
$context = new Context([
Context::FLOWS_VERSION => '0',
Context::TRANSACTION_ID => uniqid('', true),
Context::ORIGINAL_FROM => 'api',
]);
$responseMessage = $requestHandler->handleCall(
'skeleton',
'v0',
$methodName,
$data,
[],
$context,
$async
);
return $responseMessage;
}
In both our Command and Controller we make a call to the function handleCall
in the RequestHandlerService
Service.
public function handleCall(
$serviceName,
$apiVersion,
$methodName,
$messageBody,
$messageHeaders,
$context,
$async = false
) {
$apiPrefix = 'api';
$fromUri = $apiPrefix.'://entry/'.$serviceName.'/'.$apiVersion.'/'.$methodName;
$helper = $this->getContainer()->get('smartesb.helper');
$messageFactory = $helper->getMessageFactory();
$contextExtra = [];
$contextExtra['from'] = $fromUri;
$priority = 'normal';
$contextExtra['api_mode'] = 'real';
$contextExtra['priority'] = $priority;
$context = new Context(array_merge($context->toArray(), $contextExtra));
$messageHeaders[Message::HEADER_FROM] = $fromUri;
$messageHeaders['api_mode'] = 'real';
$messageHeaders['async'] = $async ? 'true' : 'false';
$message = $messageFactory->createMessage($messageBody, $messageHeaders, $context);
$endpoint = $this->getContainer()->get('smartesb.endpoint_factory')->createEndpoint($message->getHeader(Message::HEADER_FROM), EndpointFactory::MODE_CONSUME);
$resultMessage = $endpoint->handle($message);
return $resultMessage;
}
As you can see our default is to make a synchronous call.
In this function we set the message header $messageHeaders['async']
which will be later interpreted by the Service smartesb.endpoint_factory
).
This same call call is made from the Symfony Command: Command/SkeletonSendPingCommand.php
.
$responseMessage = $requestHandler->handleCall(
'skeleton',
'v0',
'ping',
$pingMessage,
[],
$context,
false
);
So, to sum up, the deciding factor between a synchronous flow and asynchronous flow is simply a message header that we set. This should be associated with an api configuration but currently in the Skeleton Bundle we are not doing this. The RequestHandlerService in the Skeleton Bundle handles the creation and preparation of the message to be passed to the Enpoint Factory.


Henry Ford
Car for everyone
Here's a time line of Henry Ford life:
- 1863 born in Springwells Township, Michigan
- 1879 - Left home to work as an apprentice machinist in Detroit, first with James F. Flower & Bros., and later with the Detroit Dry Dock Co
- 1882 - Returned to Dearborn to work on the family farm, where he became adept at operating the Westinghouse portable steam engine
- 1891 - Became an engineer with the Edison Illuminating Company of Detroit
- 1896 - Сreated a self-propelled vehicle, which he named the Ford Quadricycle
- 1898 - Designed and built a second vehicle
- 1899 - Resigned from the Edison Company and founded the Detroit Automobile Company
- 1901 - The company was not successful and was dissolved
- 1902 - H. Ford & A. Malcomson formed a partnership, "Ford & Malcomson, Ltd"
- 1903 - Ford & Malcomson was reincorporated as the Ford Motor Company
- 1908 - Debuted the Model T
- 1913 - Introduced moving assembly belts into his plants, which enabled an enormous increase in production
- 1916 - As the price dropped to $360 for the basic touring car, sales reached 472,000
- 1918 - Half of all cars in the United States were Model Ts
- 1927 - Created the Model A
- 1932 - Dropped a bombshell with the flathead Ford V8, the first low-price eight-cylinder engine
- 1939 - Ford launched Mercury as a mid-range make to challenge Dodge and Buick
- 1945 - His health failing, Ford ceded the company Presidency to his grandson, Henry Ford II, and retired
- 1947 - dies at the age of 83.
"If I had asked people what they wanted, they would have said ‘faster horses"
-- Henry Ford


Oh no!!
You’re either misspelling the URL or requesting a page that's no longer here. Please make sure URL is from r/India.


--- layout: post title: Bastion of Twilight - Halfus Wyrmbreaker tags: - 10 man - 10-man - bastion of twilight - bot - cataclysm - class - halfus wyrmbreaker - instance - paladin - raiding status: publish type: post published: true meta: aktt_notify_twitter: 'yes' _aktt_hash_meta: '' _edit_last: '4' aktt_tweeted: '1' --- After downing Magmaw and wiping for a bit on Omnitron Defense System we decided to head over to BOT. We'd done Halfus once previously on one of the harder combinations (which I didn't capture), but here's our most recent kill video. I did miss a couple of interrupts...
Halfus Wyrmbreaker from Greg Stewart on Vimeo.
This is certainly a more entertaining encounter, especially the first time round with the little drakes, Malevolent Strikes and fire combination. Little tip if you are tanking Halfus with the mortal strike abilitty as a Pally, use Hand of Protection followed by Hand of Freedom to reset the Malevolent Strikes debufs and buy yourself a bit of time before having to start your taunt rotation on Halfus.


The end user will be able to locate where the International Space Station is by running the program. It will use a turtle-like window to display a map of the world and where the Space Station is currently over.
Language and platforms used
The program will be written in python and I will use Visual Studio Code to write the program
Technical features from class knowledge
The technical features that will be implemented from the concepts we have learned in class will be, the use of python and the use of the turtle library.
The technical features from beyond class
The technical features that will be implemented from knowledge beyond class will be, the use of Tkinter GUI, the implementation of a picture into the GUI window, the tracking code, the implementation of the data from the Space Station
What was delivered
I delivered a product that was able to locate the user's location, display a map of the world, uses a Turtle window, and fully implements location data from the Space Station.
What would I add next
I would like to determine a way of determining distance from the user then converting that data into real world units. I would also like to implement the future path of the Space Station.


Federal funds available to help residents with heating bills
by EndPlayPROVIDENCE, R.I. (AP) - U.S. Sen. Jack Reed says $21.6 million in federal funding will be available to help Rhode Island families and seniors with their heating bills this winter.
The Rhode Island Democrat says the Trump administration is releasing the funding through the Low Income Home Energy Assistance Program.
Reed encouraged people who need help to sign up early by contacting the state human services department.
He says the funds are a lifeline for many people, and no one should choose between paying for heat and buying other essentials.
Reed and U.S. Sen. Susan Collins, a Maine Republican, led an effort to prevent cuts to the federally-funded program that helps low-income households with their home energy bills, then urged for a quick release of the funds.
Reed says about 35,000 Rhode Island residents received assistance last year.


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Text
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A paragraph (from the Greek paragraphos, “to write beside” or “written beside”) is a self-contained unit of a discourse in writing dealing with a particular point or idea. A paragraph consists of one or more sentences. Though not required by the syntax of any language, paragraphs are usually an expected part of formal writing, used to organize longer prose.
Blockquotes
A block quotation (also known as a long quotation or extract) is a quotation in a written document, that is set off from the main text as a paragraph, or block of text.
It is typically distinguished visually using indentation and a different typeface or smaller size quotation. It may or may not include a citation, usually placed at the bottom.
Said no one, ever.
Lists
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- Definition List Title
- This is a definition list division.
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| Table Heading 1 | Table Heading 2 | Table Heading 3 | Table Heading 4 | Table Heading 5 |
|---|---|---|---|---|
| Table Footer 1 | Table Footer 2 | Table Footer 3 | Table Footer 4 | Table Footer 5 |
| Table Cell 1 | Table Cell 2 | Table Cell 3 | Table Cell 4 | Table Cell 5 |
| Table Cell 1 | Table Cell 2 | Table Cell 3 | Table Cell 4 | Table Cell 5 |
| Table Cell 1 | Table Cell 2 | Table Cell 3 | Table Cell 4 | Table Cell 5 |
| Table Cell 1 | Table Cell 2 | Table Cell 3 | Table Cell 4 | Table Cell 5 |
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code

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Abbreviation: HTML
This text is a short inline quotation.
This is a citation.
The dfn element indicates a definition.
The mark element indicates a highlight.
The variable element, such as x = y.
The time element:


|
HiTechnic IR Link Sensor driver
| #define BUF_DATASIZE 11 |
max size of encoded buffer
Definition at line 57 of file HTIRL-driver.h.
| #define BUF_HEADSIZE 3 |
I2C buff size, address and register
Definition at line 56 of file HTIRL-driver.h.
| #define BUF_TAILSIZE 3 |
IR data length, IR Link mode and start transmission
Definition at line 58 of file HTIRL-driver.h.
| #define PFCHAN | ( | X ) | (X % 8) / 2 |
Definition at line 64 of file HTIRL-driver.h.
| #define PFMOT | ( | X ) | X % 2 |
Definition at line 65 of file HTIRL-driver.h.
| #define PFSPORT | ( | X ) | X / 8 |
Definition at line 63 of file HTIRL-driver.h.
| #define START_DATA 3 |
index of start of data payload
Definition at line 60 of file HTIRL-driver.h.
| #define START_HEAD 0 |
index of start of header
Definition at line 59 of file HTIRL-driver.h.
| #define START_TAIL 15 |
index of start of tail
Definition at line 61 of file HTIRL-driver.h.
| enum eCDMMotorCommand |
| CDM_MOTOR_FLOAT |
Float the motor |
| CDM_MOTOR_FWD |
Forward |
| CDM_MOTOR_BAK |
Reverse |
| CDM_MOTOR_BRAKE |
Brake the motor |
Definition at line 127 of file HTIRL-driver.h.
| enum ePWMMotorCommand |
Definition at line 107 of file HTIRL-driver.h.
| enum tPFmotor |
Definition at line 70 of file HTIRL-driver.h.
| void debugIR | ( | tByteArray & | data ) |
Print out the buffer in question to the screen using the following format:
<index> <binary reprentation> <hex representation>
0 11001100 0xCC
It pauses for 10 seconds between each screenful, accompanied by a beep.
Note: this function is only available when driver is compiled with _DEBUG_DRIVER_ defined.
| data | the data to be displayed as binary/hex numbers |
Definition at line 178 of file HTIRL-driver.h.
| void decToBin | ( | int | number, |
| int | length, | ||
| string & | output | ||
| ) |
Returns a binary representation in a string of an int with specified length
Note: this function is only available when driver is compiled with _DEBUG_DRIVER_ defined.
| number | the number to be converted to a binary representation |
| length | number of bits to convert |
| output | the number converted to binary representation |
Definition at line 155 of file HTIRL-driver.h.
| void encodeBuffer | ( | tByteArray & | iBuffer, |
| tByteArray & | oBuffer | ||
| ) |
Encode the input buffer into a special format for the IRLink.
Note: this is an internal function and should not be called directly.
| iBuffer | the data that is be encoded |
| oBuffer | output buffer for encoded data |
Definition at line 343 of file HTIRL-driver.h.
| void PFcomboDirectMode | ( | tSensors | link, |
| int | channel, | ||
| eCDMMotorCommand | _motorB, | ||
| eCDMMotorCommand | _motorA | ||
| ) |
Control two motors using the ComboDirectMode. This mode does not allow for fine grained speed control.
| link | the sensor port number |
| channel | the channel of the receiver we wish to communicate with, numbered 0-3 |
| _motorB | the command to be sent to Motor B |
| _motorA | the command to be sent to Motor A |
Definition at line 203 of file HTIRL-driver.h.
| void PFcomboPwmMode | ( | tSensors | link, |
| int | channel, | ||
| ePWMMotorCommand | _motorB, | ||
| ePWMMotorCommand | _motorA | ||
| ) |
Control two motors using the ComboPWMMode. This mode allows for fine grained speed control.
| link | the sensor port number |
| channel | the channel of the receiver we wish to communicate with, numbered 0-3 |
| _motorB | the command to be sent to Motor B |
| _motorA | the command to be sent to Motor A |
Definition at line 248 of file HTIRL-driver.h.
| void PFMotor | ( | tPFmotor | pfmotor, |
| ePWMMotorCommand | _motorCmd | ||
| ) |
Control one motor with no timeout. This mode allows for fine grained speed control.
| pfmotor | the motor to which to send the command |
| _motorCmd | the command to send to the motor, 0-15 |
Definition at line 331 of file HTIRL-driver.h.
| void PFsinglePinOutputMode | ( | tSensors | link, |
| byte | channel, | ||
| byte | _motor, | ||
| ePWMMotorCommand | _motorCmd | ||
| ) |
Control one motor with no timeout. This mode allows for fine grained speed control.
| link | the sensor port number |
| channel | the channel of the receiver we wish to communicate with, numbered 0-3 |
| _motor | the motor to be controlled, 0 or 1, for A or B |
| _motorCmd | the command to send to the motor, 0-15 |
Definition at line 294 of file HTIRL-driver.h.
| void transmitIR | ( | tSensors | link, |
| tByteArray & | oBuffer, | ||
| int | channel | ||
| ) |
Send the command to the IRLink Sensor for transmission.
Note: this is an internal function and should not be called directly. If the driver is compiled with _DEBUG_DRIVER_, this function will call debugIR() prior to transmitting the data for debugging purposes.
| link | the sensor port number |
| oBuffer | the data that is be transmitted |
| channel | the channel number of the receiver |
Definition at line 390 of file HTIRL-driver.h.
| byte toggle[4] = {0, 0, 0, 0} |
Motor connections
Definition at line 67 of file HTIRL-driver.h.


ALTER DEFAULT PRIVILEGES
Defines the default set of access privileges to be applied to objects that are created in the future by the specified user. By default, users can change only their own default access privileges. Only a superuser can specify default privileges for other users.
You can apply default privileges to users or user groups. You can set default privileges globally for all objects created in the current database, or for objects created only in the specified schemas.
Default privileges apply only to new objects. Running ALTER DEFAULT PRIVILEGES doesn’t change privileges on existing objects.
For more information about privileges, see GRANT.
To view information about the default privileges for database users, query the PG_DEFAULT_ACL system catalog table.
Syntax
ALTER DEFAULT PRIVILEGES [ FOR USER target_user [, ...] ] [ IN SCHEMA schema_name [, ...] ] grant_or_revoke_clause where grant_or_revoke_clause is one of: GRANT { { SELECT | INSERT | UPDATE | DELETE | REFERENCES } [,...] | ALL [ PRIVILEGES ] } ON TABLES TO { user_name [ WITH GRANT OPTION ]| GROUP group_name | PUBLIC } [, ...] GRANT { EXECUTE | ALL [ PRIVILEGES ] } ON FUNCTIONS TO { user_name [ WITH GRANT OPTION ] | GROUP group_name | PUBLIC } [, ...] GRANT { EXECUTE | ALL [ PRIVILEGES ] } ON PROCEDURES TO { user_name [ WITH GRANT OPTION ] | GROUP group_name | PUBLIC } [, ...] REVOKE [ GRANT OPTION FOR ] { { SELECT | INSERT | UPDATE | DELETE | REFERENCES } [,...] | ALL [ PRIVILEGES ] } ON TABLES FROM user_name [, ...] [ CASCADE | RESTRICT ] REVOKE { { SELECT | INSERT | UPDATE | DELETE | REFERENCES } [,...] | ALL [ PRIVILEGES ] } ON TABLES FROM { GROUP group_name | PUBLIC } [, ...] [ CASCADE | RESTRICT ] REVOKE [ GRANT OPTION FOR ] { EXECUTE | ALL [ PRIVILEGES ] } ON FUNCTIONS FROM user_name [, ...] [ CASCADE | RESTRICT ] REVOKE { EXECUTE | ALL [ PRIVILEGES ] } ON FUNCTIONS FROM { GROUP group_name | PUBLIC } [, ...] [ CASCADE | RESTRICT ] REVOKE [ GRANT OPTION FOR ] { EXECUTE | ALL [ PRIVILEGES ] } ON PROCEDURES FROM user_name [, ...] [ CASCADE | RESTRICT ] REVOKE { EXECUTE | ALL [ PRIVILEGES ] } ON PROCEDURES FROM { GROUP group_name | PUBLIC } [, ...] [ CASCADE | RESTRICT ]
Parameters
- FOR USER target_user
-
Optional. The name of the user for which default privileges are defined. Only a superuser can specify default privileges for other users. The default value is the current user.
- IN SCHEMA schema_name
-
Optional. If an IN SCHEMA clause appears, the specified default privileges are applied to new objects created in the specified schema_name. In this case, the user or user group that is the target of ALTER DEFAULT PRIVILEGES must have CREATE privilege for the specified schema. Default privileges that are specific to a schema are added to existing global default privileges. By default, default privileges are applied globally to the entire database.
- GRANT
-
The set of privileges to grant to the specified users or groups for all new tables, functions, or stored procedures created by the specified user. You can set the same privileges and options with the GRANT clause that you can with the GRANT command.
- WITH GRANT OPTION
-
A clause that indicates that the user receiving the privileges can in turn grant the same privileges to others. You can't grant WITH GRANT OPTION to a group or to PUBLIC.
- TO user_name | GROUP group_name
-
The name of the user or user group to which the specified default privileges are applied.
- REVOKE
-
The set of privileges to revoke from the specified users or groups for all new tables, functions, or stored procedures created by the specified user. You can set the same privileges and options with the REVOKE clause that you can with the REVOKE command.
- GRANT OPTION FOR
-
A clause that revokes only the option to grant a specified privilege to other users and doesn't revoke the privilege itself. You can't revoke GRANT OPTION from a group or from PUBLIC.
- FROM user_name | GROUP group_name
-
The name of the user or user group from which the specified privileges are revoked by default.
Examples
Suppose that you want to allow any user in the user group report_readers
to view all tables created by the user report_admin
. In this case, execute
the following command as a superuser.
alter default privileges for user report_admin grant select on tables to group report_readers;
In the following example, the first command grants SELECT privileges on all new tables you create.
alter default privileges grant select on tables to public;
The following example grants INSERT privilege to the sales_admin
user
group for all new tables and views that you create in the sales
schema.
alter default privileges in schema sales grant insert on tables to group sales_admin;
The following example reverses the ALTER DEFAULT PRIVILEGES command in the preceding example.
alter default privileges in schema sales revoke insert on tables from group sales_admin;
By default, the PUBLIC user group has EXECUTE permission for all new user-defined
functions. To revoke public
EXECUTE permissions for your new functions and
then grant EXECUTE permission only to the dev_test
user group, execute the
following commands.
alter default privileges revoke execute on functions from public; alter default privileges grant execute on functions to group dev_test;


--- layout: post status: publish published: true title: "话说幸福时光" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 374 wordpress_url: http://leaskh.wordpress.com/2007/01/31/%e8%af%9d%e8%af%b4%e5%b9%b8%e7%a6%8f%e6%97%b6%e5%85%89 date: '2007-01-31 10:42:24 +0800' date_gmt: '2007-01-31 10:42:24 +0800' categories: - Life tags: [] comments: [] ---


I am Asad Ali, a professional web developer and have done for almost 10+ companies all over the world. Now i am here to show my expertise. I always believe that not quantity but the quality is king in freelancing. I will NOT stop tweaking unless you say WOW. Request the custom offer and i will give you the best.


12.30.2018
At historic Mill Race Village in Northville, MI. Reception to follow at The Inn at St. Johns in Plymouth, Michigan. See when and where for more details.
On December 30, 2018
Our wedding ceremony will be held at The Historic Mill Race Village in Northville, Michigan. We're delighted to have our family and friends in attendance to celebrate our love.
Please join us at The Inn at St. Johns atrium room. A cocktail hour will begin at 6:30 PM, followed by dinner, drinks, and dancing.
For your convenience, a block of hotel rooms has been reserved. Please reference the Antelmo Comben room block, when making arrangements.
Call<PHONE_NUMBER>
OR


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ForwardDiff.jl¶
ForwardDiff implements methods to take derivatives, gradients, Jacobians, Hessians, and higher-order derivatives of native Julia functions (or any callable object, really) using forward mode automatic differentiation (AD).
While performance can vary depending on the functions you evaluate, the algorithms implemented by ForwardDiff generally outperform non-AD algorithms in both speed and accuracy.
This wikipedia page on automatic differentiation is a useful resource for learning about the advantages of AD techniques over other common differentiation methods (such as finite differencing).
- Installation and Version Requirements
- Limitations of ForwardDiff
- Basic ForwardDiff API
- Derivatives of \(f(x) : \mathbb{R} \to \mathbb{R}^{n_1} \times \dots \times \mathbb{R}^{n_k}\)
- Gradients of \(f(x) : \mathbb{R}^{n_1} \times \dots \times \mathbb{R}^{n_k} \to \mathbb{R}\)
- Jacobians of \(f(x) : \mathbb{R}^{n_1} \times \dots \times \mathbb{R}^{n_k} \to \mathbb{R}^{m_1} \times \dots \times \mathbb{R}^{m_k}\)
- Hessians of \(f(x) : \mathbb{R}^{n_1} \times \dots \times \mathbb{R}^{n_k} \to \mathbb{R}\)
- The
AbstractConfig
Types
- Advanced Usage Guide
- Upgrading from Older Versions of ForwardDiff
Publications¶
If you find ForwardDiff useful in your work, we kindly request that you cite the following paper:
@article{RevelsLubinPapamarkou2016,
title = {Forward-Mode Automatic Differentiation in Julia},
author = {{Revels}, J. and {Lubin}, M. and {Papamarkou}, T.},
journal = {arXiv:1607.07892 [cs.MS]},
year = {2016},
url = {https://arxiv.org/abs/1607.07892}
}


Kurt Shillingz. GT Rippin. Check Me Out. Gas Chamberz. Smoked Out Waves. When The Mist Settles. The Flight or Flight Theory. Last Night.
On My Mama. The Sh*t We Do. Colt 45 Knights. Tiger Stripes. Fun House. Imports & Exports. Camelot. Diamond Dawgs. Forgiven. The Mood.


| Name | Oblique Mercator |
| EPSG Code | 9815 |
| GeoTIFF Code | CT_ObliqueMercator (3) |
| OGC WKT Name | Oblique_Mercator |
| Supported By | EPSG, GeoTIFF, OGC WKT |
| Name | EPSG # | GeoTIFF ID | Units | Notes | |
|---|---|---|---|---|---|
| Latitude of projection center | 1 | CenterLat | latitude_of_center | Angular | |
| Longitude of projection center | 2 | CenterLong | longitude_of_center | Angular | |
| Azimuth of initial line | 3 | AzimuthAngle | azimuth | Angular | |
| Angle from Rectified to Skew Grid | 4 | RectifiedGridAngle | recitified_grid_angle | Angular | |
| Scale factor on initial line | 5 | ScaleAtCenter | scale_factor | Unitless | |
| Easting at projection center | 6 | FalseEasting | false_easting | Linear | As far as I know this is just a normal false easting despite the different EPSG name. |
| Northing at projection center | 7 | FalseNorthing | false_northing | Linear | As far as I know this is just a normal false northing despite the different EPSG name. |
EPSG considers the Oblique Mercator and Hotine Oblique Mercator projections as two very similar but separate methods because there is a subtle difference regarding the point at which the rectification from skew grid to map grid and where the false grid coordinates are applied. It is possible to interchange the two possible points, but to do so requires that the three parameters (skew angle, false grid coordinates) have different values. Conversely, it is important that a set of published parameter values are applied at the correct point. It is the method that determines this. As always, parameters and method must be consistent with each other. This is somewhat analogous to the Lambert Conic Conformal projection where it is possible to inter-relate parameters and appropriate parameter values between the 1- and 2-standard parallel cases. In both cases EPSG publishes a single formula with if statements to accommodate the different methods where necessary. An alternative approach would be to use two independent algorithms in which much code could or would be duplicated. (Note: some folks call the Lambert 1SP case 'Lambert Tangential' which is only true if the scale factor value is unity - which it generally isn't).
More detailed notes on Oblique Mercator and related projection methods can be found in section 1.4.7 of the EPSG Guidance Note # 7.


Welcome to eventOne's Open Source Software project!
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From: Jerome Williams Lewis Esq. The inspiration to contact you is simply divine providence,I am making this proposition because I have to seek the partnership of a resource person to help me realise this project. I am Jerome Williams Lewis Esq. a solicitor and investment consultant based in london, United Kindom. I was attending a business luncheon in Berlin,Germany and I got introduced to the renowned German businessman and property mogul, Mr Andreas Schranner(of the blessed memory). He engaged my services as attorney and investment consultant and my primary assignment was to spearhead his investment forays in the United Kingdom.three months later I invited him to London and under my professional guidance and based on my advice he made a fixed deposit of 30,000,000,00EUR at with security companies in Germany and Netherlands. This deposit was for 12months and upon maturity I made effort to contact my client, I could not reach him or any member of his family. I was forced to travel to germany and there I got the tragic news that on July 25TH, 2000, my client Mr Andreas Schranner, his wife maria, their daughter eich and husband christian and their two children perished in the Air France concorde New York bound flight; please click here: http://news.bbc.co.uk/1/hi/world/europe/859479.stm I have made effort to locate any member of his family with strong biological links to my late client without success. The search to find a close relation is one that has consumed time and resources.The institution is asking me to either present a next of kin to late Andreas Schranner or forfiet the depsosit. My proposal is to you as next of kin to late Andreas Schranner and process the deposit and collect the deposits for our mutual benefit. My capacity as solicitor/investment consultant to my late client gives me the discretion to package and transfer the deposit to you. I will give you 30% for your effort, 60% for me and 10% for Charity and Tsunami Victims. It will amount to injustice if i do not take this decisive step to secure this deposit, and invest it The late Schranner was also a friend in addition to our business relationship. I will wait for your reaction and response and then together we can jumpstart this project and nurture it to reality. Please, make sure you respond through this my confidential email address<EMAIL_ADDRESS>or<EMAIL_ADDRESS>Your swift response is anticipated. Yours faithfully Jerome Williams Lewis Esq.


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#include <ImdsClient.h>
|
| | ImdsClient (const ImdsClientConfig &config, Allocator *allocator=g_allocator) noexcept |
| |
| | ~ImdsClient () |
| |
| | ImdsClient (const ImdsClient &)=delete |
| |
| | ImdsClient (ImdsClient &&)=delete |
| |
| ImdsClient & | operator= (const ImdsClient &)=delete |
| |
| ImdsClient & | operator= (ImdsClient &&)=delete |
| |
| aws_imds_client * | GetUnderlyingHandle () |
| |
| int | GetResource (const StringView &resourcePath, OnResourceAcquired callback, void *userData) |
| |
| int | GetAmiId (OnResourceAcquired callback, void *userData) |
| |
| int | GetAmiLaunchIndex (OnResourceAcquired callback, void *userData) |
| |
| int | GetAmiManifestPath (OnResourceAcquired callback, void *userData) |
| |
| int | GetAncestorAmiIds (OnVectorResourceAcquired callback, void *userData) |
| |
| int | GetInstanceAction (OnResourceAcquired callback, void *userData) |
| |
| int | GetInstanceId (OnResourceAcquired callback, void *userData) |
| |
| int | GetInstanceType (OnResourceAcquired callback, void *userData) |
| |
| int | GetMacAddress (OnResourceAcquired callback, void *userData) |
| |
| int | GetPrivateIpAddress (OnResourceAcquired callback, void *userData) |
| |
| int | GetAvailabilityZone (OnResourceAcquired callback, void *userData) |
| |
| int | GetProductCodes (OnResourceAcquired callback, void *userData) |
| |
| int | GetPublicKey (OnResourceAcquired callback, void *userData) |
| |
| int | GetRamDiskId (OnResourceAcquired callback, void *userData) |
| |
| int | GetReservationId (OnResourceAcquired callback, void *userData) |
| |
| int | GetSecurityGroups (OnVectorResourceAcquired callback, void *userData) |
| |
| int | GetBlockDeviceMapping (OnVectorResourceAcquired callback, void *userData) |
| |
| int | GetAttachedIamRole (OnResourceAcquired callback, void *userData) |
| |
| int | GetCredentials (const StringView &iamRoleName, OnCredentialsAcquired callback, void *userData) |
| |
| int | GetIamProfile (OnIamProfileAcquired callback, void *userData) |
| |
| int | GetUserData (OnResourceAcquired callback, void *userData) |
| |
| int | GetInstanceSignature (OnResourceAcquired callback, void *userData) |
| |
| int | GetInstanceInfo (OnInstanceInfoAcquired callback, void *userData) |
| |
◆ ImdsClient() [1/3]
◆ ~ImdsClient()
| Aws::Crt::Imds::ImdsClient::~ImdsClient |
( |
| ) |
|
◆ ImdsClient() [2/3]
| Aws::Crt::Imds::ImdsClient::ImdsClient |
( |
const ImdsClient & |
| ) |
|
|
delete |
◆ ImdsClient() [3/3]
| Aws::Crt::Imds::ImdsClient::ImdsClient |
( |
ImdsClient && |
| ) |
|
|
delete |
◆ GetAmiId()
Gets the ami id of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetAmiLaunchIndex()
| int Aws::Crt::Imds::ImdsClient::GetAmiLaunchIndex |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the ami launch index of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetAmiManifestPath()
| int Aws::Crt::Imds::ImdsClient::GetAmiManifestPath |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the ami manifest path of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetAncestorAmiIds()
Gets the list of ancestor ami ids of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetAttachedIamRole()
| int Aws::Crt::Imds::ImdsClient::GetAttachedIamRole |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the attached iam role of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetAvailabilityZone()
| int Aws::Crt::Imds::ImdsClient::GetAvailabilityZone |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the availability zone of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetBlockDeviceMapping()
Gets the list of block device mappings of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetCredentials()
Gets temporary credentials based on the attached iam role of the ec2 instance
- Parameters
-
| iamRoleName | iam role name to get temporary credentials through |
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetIamProfile()
Gets the iam profile information of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetInstanceAction()
| int Aws::Crt::Imds::ImdsClient::GetInstanceAction |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the instance-action of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetInstanceId()
| int Aws::Crt::Imds::ImdsClient::GetInstanceId |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the instance id of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetInstanceInfo()
Gets the instance information data block of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetInstanceSignature()
| int Aws::Crt::Imds::ImdsClient::GetInstanceSignature |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the signature of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetInstanceType()
| int Aws::Crt::Imds::ImdsClient::GetInstanceType |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the instance type of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetMacAddress()
| int Aws::Crt::Imds::ImdsClient::GetMacAddress |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the mac address of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetPrivateIpAddress()
| int Aws::Crt::Imds::ImdsClient::GetPrivateIpAddress |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the private ip address of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetProductCodes()
| int Aws::Crt::Imds::ImdsClient::GetProductCodes |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the product codes of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetPublicKey()
| int Aws::Crt::Imds::ImdsClient::GetPublicKey |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the public key of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetRamDiskId()
| int Aws::Crt::Imds::ImdsClient::GetRamDiskId |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the ramdisk id of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetReservationId()
| int Aws::Crt::Imds::ImdsClient::GetReservationId |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the reservation id of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetResource()
Queries a generic resource (string) from the ec2 instance metadata document
- Parameters
-
| resourcePath | path of the resource to query |
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetSecurityGroups()
Gets the list of the security groups of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ GetUnderlyingHandle()
| aws_imds_client * Aws::Crt::Imds::ImdsClient::GetUnderlyingHandle |
( |
| ) |
|
|
inline |
◆ GetUserData()
| int Aws::Crt::Imds::ImdsClient::GetUserData |
( |
OnResourceAcquired |
callback, |
|
|
void * |
userData |
|
) |
| |
Gets the user data of the ec2 instance from the instance metadata document
- Parameters
-
| callback | callback function to invoke on query success or failure |
| userData | opaque data to invoke the completion callback with |
- Returns
- AWS_OP_SUCCESS if the query was successfully started, AWS_OP_ERR otherwise
◆ operator=() [1/2]
◆ operator=() [2/2]
The documentation for this class was generated from the following files:


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Going Gray
This season, designers updated a classic color by way of modern silhouettes both tailored and casual. The verdict? The most effortless way to transition into fall is all in the shading.
Friday, August 01, 2014
Styling by Benjamin Sturgill. Grooming by Martin-Christopher Harper at Platform using Aveda. Casting by Edward Kim at The Edit Desk.
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