about me page
hello, I am ibrahem aburass ,I have bachelor degree in accounting at yarmouk university .
I hope to enhance my self in coding to be good developer,I am looking for learn something new
im glad to be on this journey with u all and hoping that we will work together to improve our skills
- graduated from yrmouk uni
- i worked as a call center at extensya
- i worked as an accountant at al tahadi travel
- now im traning at asac
'some stuf i like'
- play viedo game
- watch moves and Series
- listen to music
- play football
- dance
- watch anime
- be around freinds
- swiming
- realmadrid
- coding


|
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American Rhetoric
by
Michael E. Eidenmuller
All rights reserved.


---
layout: page
title: FreeRADIUS 'man' pages
subtitle: Documentation from the server
subpage: true
navorder: 200
hero: documentation
subnav:
- text: Programs
link: '/radiusd/man/#programs'
- text: Configuration Files
link: '/radiusd/man/#files'
- text: Modules
link: '/radiusd/man/#modules'
---
rlm_always
Section: FreeRADIUS Module (5)
Updated: 10 January 2015
Index
Return to Main Contents
NAME
rlm_always - FreeRADIUS Module
DESCRIPTION
The
rlm_always module provides a simple way to "always" return a
value during the processing of a configuration section.
The main configuration item is rcode, which sets the return code that
this instantiation of the module will return. The default, if none
specified, is 'fail'.
The valid options for rcode are as follows:
-
- reject
-
reject the user;
- fail
-
a failure has occurred;
- ok
-
success;
- handled
-
the request has been handled: processing should be stopped and the response
sent;
- invalid
-
request is invalid;
- userlock
-
the user account has been locked out;
- notfound
-
the user account cannot be found;
- noop
-
no-op: nothing has happened;
- updated
-
the request has been updated.
CONFIGURATION
- rcode = <code>
-
This module will always return with the code specified, as listed in the
table above. If unspecified, the default is 'fail'.
- simulcount = <n>
-
If this module is used in the session{} section, the simulcount option
simulates the user having 'n' current sessions. The default is to not
override the number of sessions.
- mpp = <yes|no>
-
If set to yes, and this module is used in the session{} section, this
simulates the user having multilink sessions. The default is 'no'.
EXAMPLE
-
modules {
...
# instantiate the "always" module with the name "ok"
always ok {
# return code for this instantiation is "ok":
rcode = ok
}
...
}
recv Access-Request {
...
redundant {
sql1 # try to find the user in sql1
sql2 # try to find the user in sql2
# the default here would be to fail, but...
ok # if still not found, it's OK.
}
...
}
SECTIONS
authorization,
authentication,
postauthentication,
preaccounting,
accounting,
preproxy,
postproxy
FILES
/etc/raddb/mods-available/always
SEE ALSO
radiusd(8),
radiusd.conf(5),
unlang(5)
Further details of how module return codes operate can be found at <http://wiki.freeradius.org/config/Fail-over>.
AUTHOR
Chris Parker <
<EMAIL_ADDRESS>Matthew Newton
<
<EMAIL_ADDRESS>Index
- NAME
-
- DESCRIPTION
-
- CONFIGURATION
-
- EXAMPLE
-
- SECTIONS
-
- FILES
-
- SEE ALSO
-
- AUTHOR
-
This document was created by
man2html,
using the manual pages.
Time: 17:19:42 GMT, March 12, 2018


Hi, I'm Kevin
<EMAIL_ADDRESS>resume
github
linkedIn
facebook
instagram
soundcloud
tumblr
myanimelist
Projects
Globa Doc
- May 2017
Notes retrievable from anywhere on the interwebs
LITTR
- June 2016
lit hat designs 🔥 (in progress)
Wavy game (html5 canvas)
- Feb 2016
Web designer for Crimson Teas
- Feb 2016
BoomStream
- Jan 2016
HackThe6ix hackathon project
Tea Time Design
- December 2015
Sparow App
- Summer 2015


{% include 'includes/_flashmsg.html' %}
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{% include 'includes/_footer.html' %}


Your download link is
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- Days:
- Downloads:
Password Protect file
Version control
You can re-upload with the same to add multiple version.Set default version:
14-03-19
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{% load static %}
Advanced:
14-03-19
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class InstitutionMedicalCenterRepository extends EntityRepository
InstitutionMedicalCenterRepository
This class was generated by the Doctrine ORM. Add your own custom
repository methods below.
Methods
| getMedicalCentersByTreatment(Treatment $procedureType, MedicalProcedure $procedure = null) | ||
| getMedicalCentersByCountry(Country $country) | ||
| getMedicalCentersByCity(City $country) | ||
| getCountByMedicalCenterId($medicalCenterId) | ||
| getProcedureTypeIdsWithProcedure($medicalCenterId) | ||
| getMedicalCentersList($institutionId) | ||
|
getAvailableTreatments(InstitutionMedicalCenter $institutionMedicalCenter)
Get the available MedicalProcedure type of a MedicalCenter that has not been used in the Institution |
Details
at line 30
public
getMedicalCentersByTreatment(Treatment $procedureType, MedicalProcedure $procedure = null)
at line 53
public
getMedicalCentersByCountry(Country $country)
at line 69
public
getMedicalCentersByCity(City $country)
at line 85
public
getCountByMedicalCenterId($medicalCenterId)
at line 98
public
getProcedureTypeIdsWithProcedure($medicalCenterId)
at line 117
public
getMedicalCentersList($institutionId)
at line 135
public
getAvailableTreatments(InstitutionMedicalCenter $institutionMedicalCenter)
Get the available MedicalProcedure type of a MedicalCenter that has not been used in the Institution


+++
title = "Agones"
linkTitle = "Agones"
+++
{{< blocks/cover title="" image_anchor="top" height="min" color="white" >}}
}}">
Learn More
Releases
Multiplayer dedicated game servers anywhere
{{< blocks/link-down color="light-secondary" >}}
{{< /blocks/cover >}}
{{% blocks/lead color="secondary" %}}
What is Agones?
An open source, batteries-included, multiplayer dedicated game server scaling and
orchestration platform that can run anywhere Kubernetes can run.
{{% /blocks/lead %}}
{{< blocks/section color="dark" >}}
{{% blocks/feature icon="fas fa-file-code" title="Orchestrate Game Servers" url="./docs/getting-started/" %}}
Define and manage groups of ready gameservers through YAML configuration or API calls.
{{% /blocks/feature %}}
{{% blocks/feature icon="fas fa-wrench" title="Integrate any Engine" url="./docs/guides/client-sdks/" %}}
Integrated SDK for managing game server lifecycle, health and configuration.
Tools for local development included!
{{% /blocks/feature %}}
{{% blocks/feature icon="fas fa-chart-area" title="Metrics and Monitoring" url="./docs/guides/metrics/" %}}
Integration with [OpenCensus](https://opencensus.io/)
for platform-independent game server metrics and monitoring dashboards
{{% /blocks/feature %}}
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{{< /blocks/section >}}
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{{% blocks/feature icon="fab fa-slack" title="Join us on Slack" url="https://join.slack.com/t/agones/shared_invite/enQtMzE5NTE0NzkyOTk1LWU3ODAyZjdjMjNlYWIxZTAwODkxMGY3YWEyZjNjMjc4YWM1Zjk0OThlMGU2ZmUyMzRlMDljNDJiNmZlMGQ1M2U" url_text="Join us" %}}
Join the community on Slack
{{% /blocks/feature %}}
{{% blocks/feature icon="fab fa-github" title="Contributions welcome!" url="https://github.com/googleforgames/agones" url_text="Contribute to Agones" %}}
We do a [Pull Request](https://github.com/googleforgames/agones/pulls) contributions workflow on **GitHub**.
New users are always welcome!
{{% /blocks/feature %}}
{{% blocks/feature icon="fab fa-twitter" title="Follow us on Twitter!" url="https://twitter.com/agonesdev" url_text="Follow us" %}}
For announcement of latest features etc.
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Currently I am looking for a position in the tech world.
C#, JavaScript, HTML, CSS, SQL, Git, Asp.Net MVC, Visual Studio, Project Management. 600 hours of study content and coursework. Well-rounded, Full-stack, Junior-level, Front-end and back-end web and software development. 2-Week Sprint Live Project focused on C# and .NET Framework, using Asp.net MVC, using skills that include C#, JavaScript, CSS, and HTML, bug fixes, installed different components with a requirement to learn as you go by searching google for resolutions and communicating between team members and leadership to ensure the product is according to project goals.
Managing a multi-unit District that includes 5 locations with 75 employees. Transformed the District from Negative Comps to Positive 6% by hiring, training existing employees to align to company standards, restructuring leadership for all locations, cultivating increased communication and support between store management and crew, implementing a sustainable inventory system, and reducing food and labor spending by 20% to attain store-specific budgets. Staffing all positions according to the needs in each location. Training Managers, Shift Leaders and Crew Members according to company standard. Communicating and Directing the use of budgets: food, paper and labor.
Assemble components and sub-components, which includes manual or automated operation of machinery or tools. Load and unload front and rear subframes to line using lift assist machines. Maintain company standards for quality while building between 400 – 500 vehicles a day
Executed operational entirety of Pizza Patrón licensed production system in the American Airlines Center (AAC). Achieved compliance in product and brand representation throughout the AAC, by engaging in multi-layered interaction and developing continually effective relationships. Supervised approximately 150 events a year ,Coaching volunteers for effective performance and finding immediate solutions to unexpected situations that may affect the product quality as well as public brand perception. Consulted Executives to better forecast food production needs and brand awareness potentials. Increased revenues 155% first year and then an additional 45% second year, with improving hit-rates 115% each year. Created Operations training program, Trained staff for Pizza Patrón at the American Airlines Center. Introduced system-wide products and marketing for Pizza Patrón Inc., resulting in increased sales and new menu offerings.


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GlassFish Server Tools
The GlassFish Server is a compliant implementation of the Java EE 6 platform. In addition to supporting all the APIs described in the previous sections, the GlassFish Server includes a number of Java EE tools that are not part of the Java EE 6 platform but are provided as a convenience to the developer.
This section briefly summarizes the tools that make up the GlassFish Server. Instructions for starting and stopping the GlassFish Server, starting the Administration Console, and starting and stopping the Java DB server are in Chapter 2, Using the Tutorial Examples.
The GlassFish Server contains the tools listed in Table 1-1. Basic usage information for many of the tools appears throughout the tutorial. For detailed information, see the online help in the GUI tools.
Tool |
Description |
|---|---|
A web-based GUI GlassFish Server administration utility. Used to stop the GlassFish Server and manage users, resources, and applications. |
|
A command-line GlassFish Server administration utility. Used to start and stop the GlassFish Server and manage users, resources, and applications. |
|
A command-line tool that launches the application client container and invokes the client application packaged in the application client JAR file. |
|
A command-line tool to extract schema information from a database, producing a schema file that the GlassFish Server can use for container-managed persistence. |
|
A command-line tool to package the application client container libraries and JAR files. |
|
A copy of the Java DB server. |
|
A command-line tool to transform, or bind, a source XML schema to a set of JAXB content classes in the Java programming language. |
|
A command-line tool to create a schema file for each namespace referenced in your Java classes. |
|
A command-line tool to generate JAX-WS portable artifacts for a given WSDL file. After generation, these artifacts can be packaged in a WAR file with the WSDL and schema documents, along with the endpoint implementation, and then deployed. |
|
A command-line tool to read a web service endpoint class and generate all the required JAX-WS portable artifacts for web service deployment and invocation. |


Important: This API is currently in pre-release status and is only available to approved early access participants. The API is under development and might change before being generally released. To become an early access participant, contact your SAP Concur Representative.
The Financial Integration API allows an external system to interact with financial documents generated from SAP Concur, for financial posting into an ERP.
This API provides an automated solution to request available data objects such as approved expense reports, cash advances, and invoices to import to the client internal system, with an opportunity to send posting confirmation back into SAP Concur before the object is locked down and cannot be altered in SAP Concur.
Below are some benefits for using the Financial Integration service:
| Name | Description | Endpoint |
|---|---|---|
| FISVC | Read financial transactions and write financial transaction acknowledgements and confirmations. | GET, POST |
This API only supports company-level access tokens.
The request returns a list of financial documents that are ready to be processed. The request can include parameters to limit the results.
FISVC
- Refer to Scope Usage for full details.
https://{datacenterURI}/financialintegration/fi/v4/companies/transactiontypes/{docType}/transactions
| Name | Type | Format | Description |
|---|---|---|---|
docType |
string |
path |
Required The financial document type to return. Only one type of transaction can be retrieved at a time. Supported values are: expense , invoice , cashadvance , payroll , obligation . |
page |
int32 |
query |
Starting page number. |
limit |
int32 |
query |
Number of records to return per page (default 25). |
docId |
string |
query |
The transaction unique identifier, it could be expense report ID, payment request ID or cash advance ID. If specified, a single document that matches docId is returned. |
ignoreDocumentStatus |
string |
query |
Ignores the financial documents status. Supported values are: yes or no . If yes, a document is returned regardless of status. If no, only documents that have not been acknowledged/confirmed are returned. |
systemId |
string |
query |
The external system ID that processed the document. Maximum 50 characters. |
None.
concur-correlationid
is an SAP Concur specific custom header used for technical support in the form of a RFC 4122 universally unique identifier (UUID) URN Namespace.GET https://us.api.concursolutions.com/financialintegration/fi/v4/companies/transactiontypes/expense/transactions?limit=3
Authorization: Bearer {token}
200 OK
Content-Type: application/json
Date: {date-requested}
Content-Length: 491
{
"links" : [ {
"rel" : "first",
"href" : "https://fiserviceurlhere/fi/v4/companies/transactiontypes/expense/transactions?limit=3&page=0&size=3",
"hreflang" : null,
"media" : null,
"title" : null,
"type" : null,
"deprecation" : null
}, {
"rel" : "self",
"href" : "https://fiserviceurlhere/fi/v4/companies/transactiontypes/expense/transactions?limit=3&page=0&size=3",
"hreflang" : null,
"media" : null,
"title" : null,
"type" : null,
"deprecation" : null
}, {
"rel" : "next",
"href" : "https://fiserviceurlhere/fi/v4/companies/transactiontypes/expense/transactions?limit=3&page=1&size=3",
"hreflang" : null,
"media" : null,
"title" : null,
"type" : null,
"deprecation" : null
}, {
"rel" : "last",
"href" : "https://fiserviceurlhere/fi/v4/companies/transactiontypes/expense/transactions?limit=3&page=2&size=3",
"hreflang" : null,
"media" : null,
"title" : null,
"type" : null,
"deprecation" : null
} ],
"content" : [ {
"id" : "e7f810cabc8348cdb051dd9431c8cfbb",
"docType" : "expense",
"companyId" : "COMPANY_ID_HERE",
"entityId" : "ENTITY_ID_HERE",
"companyUuid" : "COMPANY_UUID_HERE",
"erpSystemId" : "",
"document" : "{THE_FINANCIAL_DOCUMENT}",
"docStatus" : "READY",
"links" : [ ]
}, {
"id" : "e1500222f16748718fdd2d493ee4c9dd",
"docType" : "expense",
"companyId" : "COMPANY_ID_HERE",
"entityId" : "ENTITY_ID_HERE",
"companyUuid" : "COMPANY_UUID_HERE",
"erpSystemId" : null,
"document" : "{THE_FINANCIAL_DOCUMENT}",
"docStatus" : "READY",
"links" : [ ]
}, {
"id" : "e2135678f16748718fdd2d493ee4c9dd",
"docType" : "expense",
"companyId" : "COMPANY_ID_HERE",
"entityId" : "ENTITY_ID_HERE",
"companyUuid" : "COMPANY_UUID_HERE",
"erpSystemId" : null,
"document" : "{THE_FINANCIAL_DOCUMENT}",
"docStatus" : "READY",
"links" : [ ]
}
],
"page" : {
"size" : 3,
"totalElements" : 8,
"totalPages" : 3,
"number" : 0
}
}
Allows an external system to acknowledge that it has successfully retrieved one or more financial transactions from SAP Concur and will begin processing those transactions. The transactions in the POST request are then taken out of the ready queue.
FISVC
- Refer to Scope Usage for full details.
https://{datacenterURI}/financialintegration/fi/v4/companies/transactiontypes/{docType}/transactions/acknowledgements
| Name | Type | Format | Description |
|---|---|---|---|
docType |
string |
path |
Required The financial document type. Only one type of transaction can be acknowledged at a time. Supported values are: expense , invoice , cashadvance , payroll , obligation . |
concur-correlationid
is an SAP Concur specific custom header used for technical support in the form of a RFC 4122 universally unique identifier (UUID) URN Namespace.POST https://us.api.concursolutions.com/financialintegration/fi/v4/companies/transactiontypes/expense/transactions/acknowledgements
Authorization: Bearer {token}
Content-Type: application/json
{
"ids": [ "5ab9224e02e840148e7cd7d9e8e72968", "2ac9224e02e840148e7cd7d9e8e12345" ]
}
This response shows both success and failure service code examples.
200 OK
Content-Type: application/json
Date: {date-requested}
Content-Length: 372
[
{
"code": 0,
"docId": "5ab9224e02e840148e7cd7d9e8e72968",
"systemId": null,
"acknowledgeResult": "SUCCESS",
"errorMessage": ""
},
{
"code": 101,
"docId": "2ac9224e02e840148e7cd7d9e8e12345",
"systemId": null,
"acknowledgeResult": "FAILURE",
"errorMessage": "This document was previously acknowledged by SystemId: null."
}
]
Allows financial posting results to be sent to SAP Concur.
FISVC
- Refer to Scope Usage for full details.
https://{datacenterURI}/financialintegration/fi/v4/companies/transactiontypes/{docType}/transactions/postingconfirmations
| Name | Type | Format | Description |
|---|---|---|---|
docType |
string |
path |
Required The financial document type to return. expense , invoice , cashadvance , payroll , obligation . Only one type of transaction can be retrieved at a time. |
confirmationRequest |
- | body | Required The JSON request to be posted. |
concur-correlationid
is an SAP Concur specific custom header used for technical support in the form of a RFC 4122 universally unique identifier (UUID) URN Namespace.POST https://us.api.concursolutions.com/financialintegration/fi/v4/companies/transactiontypes/expense/transactions/postingconfirmations
Authorization: Bearer {token}
Content-Type: application/json
{
"systemId":"",
"postingConfirmations":
[
{
"docId":"0c06ab044834454d91f83cbd7b6431d2",
"overallPostingStatusCode":"error",
"postingDocs":[],
"systemMessages":
[
{
"concurTransactionLineItemId":"",
"messageId":"010-CTE-POSTING",
"messageLanguage":"EN",
"messageLongText":"",
"messageShortText":"Expense Report {ReportKey} of system CONCUR could not be posted."
},
{
"concurTransactionLineItemId":"",
"messageId":"003-CC",
"messageLanguage":"EN",
"messageLongText":"",
"messageShortText":"Profit centre /company code assignment is not correct. Check the entry."
}
]
},
{
"docId":"3331dbeb8e2240ffad7ab5b69492722a",
"overallPostingStatusCode":"success",
"postingDocs":
[
{
"companyId":"0100",
"documentNumber":"0123456",
"fiscalYear":"2018",
"paymentRelevantLineItems":[],
"postingDate":"2018-03-02"
},
{
"companyId":"0800",
"documentNumber":"0123478",
"fiscalYear":"2018",
"paymentRelevantLineItems":[],
"postingDate":"2018-03-02"
}
],
"systemMessages":[]
}
]
}
This response shows both success and failure service code examples.
200 OK
Content-Type: application/json
Date: {date-requested}
Content-Length: 405
[
{
"code": 0,
"docId": "0c06ab044834454d91f83cbd7b6431d2",
"systemId": null,
"postingConfirmationResult": "SUCCESS",
"errorMessage": "",
"detailMessage": ""
},
{
"code": 116,
"docId": "3331dbeb8e2240ffad7ab5b69492722a",
"systemId": "",
"postingConfirmationResult": "FAILURE",
"errorMessage": "This document does not exist.",
"detailMessage": ""
}
]
Allows financial payment results to be sent to SAP Concur.
FISVC
- Refer to Scope Usage for full details.
https://{datacenterURI}/financialintegration/fi/v4/companies/transactiontypes/{docType}/transactions/paymentconfirmations
| Name | Type | Format | Description |
|---|---|---|---|
docType |
string |
path |
Required The financial document type to return. expense , invoice , cashadvance , payroll , obligation . Only one type of transaction can be retrieved at a time. |
confirmationRequest |
body | Required The JSON request to be posted. |
concur-correlationid
is an SAP Concur specific custom header used for technical support in the form of a RFC 4122 universally unique identifier (UUID) URN Namespace.POST https://us.api.concursolutions.com/financialintegration/fi/v4/companies/transactiontypes/expense/transactions/paymentconfirmations
Authorization: Bearer {token}
Content-Type: application/json
{
"systemId":"",
"processingConfirmation":
[
{
"docId":"0c06ab044834454d91f83cbd7b6431d2",
"processingStatusCode":"CP",
"clearingDetails":[
{
"clearingDate":"2019-02-06T12:00:00.27Z","clearingAmount":220.00,
"clearingCurrency":"USD","receiver":{"receiverId":"22344",
"receiverName":"Charles","receiverType":"EMPLOYEE"},
"clearingReference":{"companyCode":"US01","financialDocumentId":"667799",
"fiscalYear":"2019","paymentRef":"US01/667799/2019/2","paymentMethod":"E"}
}
]
},
{
"docId":"454d91f83cbd7b6431d20c06ab044834",
"processingStatusCode":"PP",
"clearingDetails":[
{
"clearingDate":"2019-02-06T12:00:00.27Z","clearingAmount":40.00,
"clearingCurrency":"USD","receiver":{"receiverId":"57",
"receiverName":"John","receiverType":"EMPLOYEE"},
"clearingReference":{"companyCode":"US01","financialDocumentId":"996675",
"fiscalYear":"2019","paymentRef":"US01/996675/2019/2","paymentMethod":"E"}
}
]
},
{
"docId":"1d20c06ab0445d7b64348344d91f83cb",
"processingStatusCode":"PP",
"clearingDetails":[
{
"clearingDate":"2019-02-06T12:00:00.27Z","clearingAmount":23.00,
"clearingCurrency":"USD","receiver":{"receiverId":"57",
"receiverName":"Alice","receiverType":"EMPLOYEE"},
"clearingReference":{"companyCode":"US01","financialDocumentId":"95432",
"fiscalYear":"2019","paymentRef":"US01/95432/2019/2","paymentMethod":"E"}
}
]
},
{
"docId":"d2454d91fcb44834830c06ab0d7b6431",
"processingStatusCode":"RE",
"additionalMessage":"This report was sent to wrong system",
"clearingDetails":[
{
"clearingDate":"2019-02-06T12:00:00.27Z","clearingAmount":10.00,
"clearingCurrency":"USD","receiver":{"receiverId":"57",
"receiverName":"Peter","receiverType":"EMPLOYEE"},
"clearingReference":{"companyCode":"US01","financialDocumentId":"5498",
"fiscalYear":"2019","paymentRef":"US01/5498/2019/2","paymentMethod":"E"}
}
]
},
{
"docId":"b6431d2454dcbd791f44834830c06ab0",
"processingStatusCode":"OB",
"additionalMessage":"Not required anymore",
"clearingDetails":[
{
"clearingDate":"2019-02-06T12:00:00.27Z","clearingAmount":54.00,
"clearingCurrency":"USD","receiver":{"receiverId":"57",
"receiverName":"Kevin","receiverType":"EMPLOYEE"},
"clearingReference":{"companyCode":"US01","financialDocumentId":"32478",
"fiscalYear":"2019","paymentRef":"US01/32478/2019/2","paymentMethod":"E"}
}
]
}
]
}
This response shows both success and failure service code examples.
200 OK
Content-Type: application/json
Date: {date-requested}
Content-Length: 405
[
{
"code" : 0,
"docId" : "0c06ab044834454d91f83cbd7b6431d2",
"systemId" : "",
"paymentConfirmationResult" : "SUCCESS",
"errorMessage" : null,
"paymentRef" : "US01/667799/2019/2",
"detailMessage" : ""
},
{
"code" : 116,
"docId" : "454d91f83cbd7b6431d20c06ab044834",
"systemId" : "",
"paymentConfirmationResult" : "FAILURE",
"errorMessage" : "This document does not exist.",
"paymentRef" : "US01/996675/2019/2",
"detailMessage" : ""
},
{
"code" : 298,
"docId" : "1d20c06ab0445d7b64348344d91f83cb",
"systemId" : "",
"paymentConfirmationResult" : "NOOP",
"errorMessage" : "Payment confirmation already exist US01/95432/2019/2.",
"paymentRef" : "US01/95432/2019/2",
"detailMessage" : ""
}
{
"code" : 0,
"docId" : "d2454d91fcb44834830c06ab0d7b6431",
"systemId" : "",
"paymentConfirmationResult" : "SUCCESS",
"errorMessage" : null,
"paymentRef" : "US01/5498/2019/2",
"detailMessage" : ""
},
{
"code" : 0,
"docId" : "b6431d2454dcbd791f44834830c06ab0",
"systemId" : "",
"paymentConfirmationResult" : "SUCCESS",
"errorMessage" : null,
"paymentRef" : "US01/32478/2019/2",
"detailMessage" : ""
}
]
The Financial Integration Service will return service codes based on the success and failure of individual records for acknowledging and posting confirmation of documents.
| Code | Description | Category |
|---|---|---|
| 0 | Successfully processed | Any |
| 99 | System ID in request does not match system ID in FI database. | Any |
| 101 | This document was previously acknowledged. | Acknowledge |
| 102 | This document has been recalled. | Acknowledge |
| 103 | This document is not ready. | Acknowledge |
| 104 | This document does not exist in the FI database. | Acknowledge |
| 105 | This document is not of type (expense, invoice, cashadvance). | Acknowledge |
| 111 | This document has not been acknowledged. | Posting |
| 112 | This document has been recalled. | Posting |
| 113 | Confirmation has been posted for this document. | Posting |
| 114 | Document is not in a known state. | Posting |
| 115 | This document is not of type (expense, invoice, cashadvance). | Posting |
| 116 | This document does not exist in the FI database. | Posting |
| 198 | Invalid request - this same request will not work if tried again. | Posting |
| 199 | Unknown error, please try again later. | Any |
| Name | Type | Format | Description |
|---|---|---|---|
content |
Array |
FIDocument | The result collection. |
page |
string |
PageMetadata | Pagination details. |
links |
Array |
Link | Pagination links. |
| Name | Type | Format | Description |
|---|---|---|---|
id |
string |
- | The unique identifier for the document. |
docType |
string |
- | Transaction type. Supported values are: expense , invoice , cashadvance , payroll , obligation . |
companyId |
string |
- | Unique identifier for the company in SAP Concur. Maximum 32 chars. |
entityId |
string |
- | Unique identifier for the entity in SAP Concur. Maximum 32 chars. |
companyUuid |
string |
UUID |
UUID for the company in SAP Concur. Maximum 36 chars. |
erpSystemId |
string |
- | The external System ID that processed the document. Maximum 50 chars. |
document |
Array |
- | The JSON financial document. Review the FI sample documents below. |
docStatus |
string |
- | The financial document status. Supported values are: READY , ACKNOWLEDGED , POSTING_CONFIRMED_SUCCESS , POSTING_CONFIRMED_FAILURE . |
| Name | Type | Format | Description |
|---|---|---|---|
size |
int32 | - | Total number of pages returned. |
totalElements |
int32 | - | Total count of records returned. |
totalPages |
int32 | - | Total number of pages returned. |
number |
int32 | - | Page location for which the result is returned, for example: first page starts with 0, second page starts with 1. |
| Name | Type | Format | Description |
|---|---|---|---|
rel |
string |
- | Relation of link, for example: first , self , next , last . |
href |
string |
- | Complete URL for the paginated link. |
hreflang |
string |
- | Link language, if any. |
media |
string |
- | Media type, if any. |
title |
string |
- | Link title, if any. |
type |
string |
- | Link type, if any. |
deprecation |
string |
- | Deprecated indication, if any. |
| Name | Type | Format | Description |
|---|---|---|---|
ids |
Array |
string |
The unique identifiers list for the financial documents. |
systemId |
string |
- | The external System ID that acknowledged the documents. |
| Name | Type | Format | Description |
|---|---|---|---|
AcknowledgeResponse |
array |
AcknowledgeResponseItem | The JSON response. |
| Name | Type | Format | Description |
|---|---|---|---|
acknowledgeResult |
string |
- | Acknowledge processing result. Supported values are: SUCCESS or FAILURE . |
code |
Int32 |
Service Codes | The Financial Integration Service Code. This is a particular code based on the success and failure of individual records for Acknowledging documents. |
docId |
string |
- | The financial document unique identifier. Maximum 32 chars. |
errorMessage |
string |
- | The error message, if any. |
systemId |
string |
- | The external system ID that acknowledged the documents. Maximum 50 chars. |
| Name | Type | Format | Description |
|---|---|---|---|
systemId |
string |
- | Required The external system ID that acknowledged the documents, it can be an empty string. Maximum 50 chars. |
postingConfirmations |
Array |
Posting Confirmation request item | Posting confirmations JSON request. |
| Name | Type | Format | Description |
|---|---|---|---|
docId |
string |
- | The financial document ID to confirm. Maximum 32 chars. |
overallPostingStatusCode |
string |
- | Posting status. VALUES: error or success. |
postingDocs |
array |
Posting Documents Details | Posting documents details, if any. |
systemMessages |
array |
System Messages | Messages to post to SAP Concur, if any. |
| Name | Type | Format | Description |
|---|---|---|---|
companyId |
string |
- | Required External system organizational unit ID. Maximum 32 chars. |
documentNumber |
string |
- | External system document identifier. Maximum 80 chars. |
fiscalYear |
int32 |
- | External system fiscal year. |
paymentRelevantLineItems |
array |
- | Payment relevant line items. This array is usually empty. |
postingDate |
string |
YYYY-MM-DD | External system posting date. |
| Name | Type | Format | Description |
|---|---|---|---|
concurTransactionLineItemId |
string |
- | Report relevant line item id. |
messageId |
string |
- | External System message identifier. |
messageLanguage |
string |
- | Message Language code, example EN, FR. |
messageLongText |
array |
- | Message text, will be posted on the audit trail in SAP Concur. |
messageShortText |
string |
- | Message text, will be posted on the audit trail in SAP Concur. |
| Name | Type | Format | Description |
|---|---|---|---|
PostingConfirmationResponse |
array |
Posting Confirmation Response Item | The JSON response body. |
| Name | Type | Format | Description |
|---|---|---|---|
postingConfirmationResult |
string |
- | Posting confirmation result. Supported values are: SUCCESS, SYSTEM_ERROR_OCCURRED, NOT_YET_ACKNOWLEDGED, DOCUMENT_NOT_FOUND, FAILURE, WAS_RECALLED. |
detailMessage |
string |
- | Posting confirmation message. |
code |
Int32 |
- | The Financial Service return code. |
docId |
string |
- | The document ID. Maximum 32 chars. |
errorMessage |
string |
- | The error message, if any. |
systemId |
string |
- | The external system ID that acknowledged the document. Maximum 50 chars. |
| Name | Type | Format | Description |
|---|---|---|---|
systemId |
string |
- | Required The external system ID that acknowledged the documents, it can be an empty string. Maximum 50 chars. |
processingConfirmation |
Array |
Payment Confirmation Request Item | Payment confirmations JSON request. |
| Name | Type | Format | Description |
|---|---|---|---|
docId |
string |
- | The financial document ID to confirm. Maximum 32 chars. |
processingStatusCode |
string |
- | Payment status. VALUES: CP, PP, RE, OB (Completely Paid, Partially paid, Reversal, Obsolete). Maximum 3 chars. |
additionalMessage |
string |
- | Reversal message or obsolete message if any. |
clearingDetails |
array |
Payment Documents Details | Payment documents details, if any. |
| Name | Type | Format | Description |
|---|---|---|---|
clearingDate |
string |
- | Date the payment cleared. |
clearingAmount |
double |
- | Amount cleared. |
clearingCurrency |
string |
- | Currency value. |
receiver |
array |
Receiver Details | Receiver details. |
clearingReference |
array |
Clearing Reference Details | Clearing reference details. |
| Name | Type | Format | Description |
|---|---|---|---|
receiverId |
string |
- | Receiver id |
receiverName |
double |
- | Name of receiver |
receiverType |
string |
- | Type of receiver |
| Name | Type | Format | Description |
|---|---|---|---|
companyCode |
string |
- | Company code. |
financialDocumentId |
string |
- | Document ID in ERP. |
fiscalYear |
string |
- | Fiscal year. |
paymentRef |
string |
- | Payment reference ID. |
paymentMethod |
string |
- | Payment method Where E=Electronic Fund Transfer or C = Check. |
| Name | Type | Format | Description |
|---|---|---|---|
PaymentConfirmationResponse |
array |
Payment Confirmation Response Item | The JSON response body |
| Name | Type | Format | Description |
|---|---|---|---|
paymentConfirmationResult |
string |
- | Payment confirmation result. Supported values are: SUCCESS, SYSTEM_ERROR_OCCURRED, NOT_POSTING_CONFIRMED, DOCUMENT_NOT_FOUND, FAILURE, NOOP. |
paymentRef |
string |
- | Any message corresponding to payment reference being processed. |
detailMessage |
string |
- | Payment confirmation message. |
code |
Int32 |
- | The financial service return code. |
docId |
string |
- | The document ID. Maximum 32 chars. |
errorMessage |
string |
- | The error message, if any. |
systemId |
string |
- | The external system ID that acknowledged the document.


B.Tech in Electrical Engineering Indian Institute of Technology. Kanpur Kanpur , India2013 to 2017 Also recieved a minor degree in Computer Systems.


If a class is persisted (with Hibernate or similar), and proxies are on, a final method that directly accesses a field is ALWAYS a bug.
A final method does not prevent Hibernate from creating a proxy. Final methods that don't access state are fine. Final methods that only access state through another method are also fine. But the final method will fail (and may SILENTLY fail) if it uses a direct instance field, since field values will not be initialized (will be null, zero or false). There are 3 ways to solve this:
Note 1: This inspection only covers JPA/Hibernate annotated classes. It does not check XML file mappings.
Note 2: If you use property access type strategy, you may access the identifier without forcing a proxy initialization. This isn’t true if you map the identifier property with direct field access type strategy; Hibernate then doesn’t even know that the getId() method exists. If you call it, the proxy has to be initialized. However, there is a way to avoid initializing the proxy even when using direct field access strategy. Just mark the getId() method as final, so that proxies cannot override it. Then, calling the method cannot run any proxy code, and thus cannot initialize the proxy. The method itself checks if its instance is a proxy, and in this case returns the id from the proxy. If the instance is the real object, it returns the id. This is a valid use (maybe the only one?) of a final method that directly accesses state in a proxyable persisted class. You should then suppress the warning generated by this inspection:
@SuppressWarnings ("AccessingFieldFromAFinalMethodOfPersistedClass") public final long getId() { if (this instanceof HibernateProxy) { return (long)((HibernateProxy)this).getHibernateLazyInitializer().getIdentifier(); } else { return id; } }
More information:


My notes
-The web:
The world wide web is a collection of HTML documnets.
The major pieces of the of the web are you (pc/browser), the net and severs.
-HTML:
HTML is an acronym for hyper text markup language.
HTML doucumnes are made up of text content, markup, refrences to other doucuments,
and HTML attributes.
Text content is what you see.
Markup is what it looks like and is created using html tags.
Refrences to other documents can include music and video.
HTML attributes include refrences and links to other documents (music, video, etc.)
-Tags:
There are several types of tags including attribute tags, inline tags and block tags.
Attribute tags include links to other pages like My Facebook. As well as images and videos seen on
the page.
Inline tags include Bold, Italics, and span.
Block tags include the paragrapgh tag and the div tag.


React-Resources
Awesome React
A collection of awesome things regarding the React ecosystem.
-
React
- React General Resources
- React Community
- React Online Playgrounds
-
React Tutorials
- React General Tutorials
- React Hooks
- React and TypeScript
- React Performance
- React Internals
- React Interview Questions
-
React Tools
- React Development Tools
- React Frameworks
- React Styling
- React Routing
- React Component Libraries
- React Awesome Components
- React Testing
- React Libraries
- React Integration
- React State Management
- React AR and VR
- React Renderers
- Forms
- Autocomplete
- Graphics
- Data Managing
- Maps
- Charts
-
React Native
- React Native General Resources
- React Native Tutorials
- React Native Development Tools
- React Native Sample Apps
- React Native Boilerplates
- React Native Awesome Components
- React Native Libraries
-
Redux
- Redux General Resources
- Redux Tools
- Redux Tutorials
-
GraphQL
- GraphQL General Resources
- GraphQL Tools
- GraphQL Tutorials
- GraphQL Implementations
- Database Integration
-
Relay
- Relay General Resources
- Relay Tutorials
- Relay Tools
-
Videos
- Important Talks
- React.js Conf 2015 Playlist
- ReactEurope Conf 2015 Day 1 Playlist
- ReactEurope Conf 2015 Day 2 Playlist
- ReactRally Conf 2015 Playlist
- React.js Conf 2016 Playlist
- ReactRally Conf 2016 Playlist
- React.js Amsterdam 2018 Playlist
- Video Tutorials
- Demo React Apps
- Real React Apps
- Contribution
React
JavaScript Library for building User Interfaces
React General Resources
React Community
React Online Playgrounds
Another Awesome Lists
React Tutorials
React General Tutorials
React Hooks
React and TypeScript
React Performance
React Internals
React Interview Questions
React Tools
React Development Tools
-
react-devtools
- Inspection of React component hierarchy in the Chrome and Firefox
Developer Tools
-
react-hot-loader
- Tweak React components in real time
-
react-loadable
- A higher order component for loading components with promises
-
loadable-components
- React code splitting made easy
-
reactotron - A
desktop app for inspecting your React and React Native projects
-
storybook - UI
component dev & test
-
docz - Zero Config,
live-reloading documentation with Markdown + JSX
-
react-styleguidist
- Isolated React component development environment with a living style
guide
-
react-cosmos
- Dev tool for creating reusable React components
-
eslint-plugin-react
- React specific linting rules for ESLint
-
eslint-plugin-jsx-a11y
- Static AST checker for a11y rules on JSX elements
-
[@axe-core/react](https://github.com/dequelabs/axe-core-npm) - Accessibility auditing
for React applications
-
DataFormsJS JSX Loader
- Small JavaScript Compiler for quickly converting JSX to JS directly on
a web page
-
Why Did You Render
- Monkey patches React to notify you about avoidable re-renders.
-
Divjoy - React codebase and UI
generator to speed up development (paid)
-
Plasmic - Powerful design tool
for building your React components visually.
React Starter Kits and Toolchains
-
create-react-app
- Set up a modern Web app by running one command
-
Razzle - Build production ready
React applications. Razzle is toolchain for modern static and dynamic
websites and web applications
-
Neutrino React Preset
-
@neutrinojs/react
is a Neutrino preset that supports
building React web applications
-
react-starter-kit
- Isomorphic Web app boilerplate
-
create-react-library
- CLI for creating reusable, modern React libraries using Rollup and
create-react-app.
-
tsdx - Zero-config CLI for TypeScript
package development
React Frameworks
-
next.js - The React
Framework
-
gatsby.js - Free and
open source framework based on React
-
react-admin -
Frontend Framework for building B2B applications on top of REST/GraphQL
APIs
-
remix - Finally, a killer React
framework from the creators of React Router
-
Blitz - The Fullstack React Framework
-
aleph.js - The React
Framework in Deno
React Styling
-
styled-components
- Visual primitives for the component age
-
emotion - Library
designed for writing CSS styles with JavaScript
-
radium - A
toolchain for React component styling
-
jss - Authoring tool for
CSS
-
aphrodite -
Framework-agnostic CSS-in-JS with support for server-side rendering,
browser prefixing, and minimum CSS generation
React Routing
-
react-router
- Declarative routing for React
-
navi - Declarative,
asynchronous routing for React
-
curi - JavaScript router
for single-page applications
-
reach - Next Generation
Routing for React
-
universal-router
- A simple middleware-style router for isomorphic JavaScript web apps
-
wouter - A
minimalist-friendly ~1.3KB routing library
React Component Libraries
-
material-ui - React
components for faster and easier web development
-
blueprint - A
React-based UI toolkit for the webs
-
Fluent UI - A set of
React components for building Microsoft web experiences
-
react-bootstrap
- Bootstrap components built with React
-
reactstrap -
Simple React Bootstrap 4 components
-
ant-design - A
design system with values of Nature and Determinacy
-
chakra-ui -
Simple, Modular & Accessible UI Components for your React
Applications
-
semantic-ui-react
- The official Semantic-UI-React integration
-
evergreen -
Evergreen React UI Framework by Segment
-
grommet - A react-based
framework that provides accessibility, modularity, responsiveness, and
theming in a tidy package
-
rebass - React
primitive UI components built with styled-system
-
reakit - Accessible,
Composable and Customizable components for React
-
rsuite - A suite of React
components
-
atlaskit -
Atlassian’s official UI library, built according to the Atlassian Design
Guidelines.
-
baseweb - Base Web is a
foundation for initiating, evolving, and unifying web products.
-
primereact - A
complete UI Framework for React with 50+ components featuring material,
bootstrap and custom themes.
-
eui - Elastic UI Framework
-
react-spectrum -
Adobe’s collection of libraries and tools that help you build adaptive,
accessible, and robust user experiences
-
ring-ui - JetBrains
Web UI components
-
react-bulma-components
- React components for Bulma framework
-
react-bulma -
React.js components for Modern CSS framework based on Flexbox
-
trunx - Super Saiyan React
components, son of awesome Bulma, implemented in TypeScript
-
bumbag-ui - Build
accessible & themeable React applications with your Bumbag
React Awesome Components
React Testing
React Libraries
-
react-border-wrapper
- A wrapper for placing elements along div borders in React.
-
react-magic -
Automatically AJAXify plain HTML with the power of React
-
react-toolbox
- A set of React components implementing Google’s Material Design
specification
-
tcomb-react -
Library allowing you to check all the props of your React components
-
react-responsive
- Media queries in react for responsive design
-
preact - Fast 3kb React alternative
with the same ES6 API.
-
riotjs - A React-like,
3.5KB user interface library
-
Maple.js - Bringing
the concept of web-components to React
-
react-i13n - A
performant, scalable and pluggable approach to instrumenting your React
application
-
react-icons -
svg react icons of popular icon packs
-
react-open-doodles
- Awesome free illustrations as react components.
-
Keo - Plain functions for
a more functional Deku approach to creating React components, with
functional goodies such as pipe, memoize, etc…
-
Bit - A virtual repository
for managing and using react and other web components across
applications
-
AtlasKit - Atlassian’s
React UI library
-
ReactiveSearch
- UI components library for Elasticsearch
-
Slate - A
completely customizable framework for building rich text editors.
-
react-json-schema
- Construct React elements from JSON by mapping JSON definitions to
React components that you expose.
-
react-lodash -
Lodash as React components
-
react-helmet - A
document head manager for React
-
react-snap -
Zero-configuration framework-agnostic static prerendering for SPAs
-
Draft.js - A React
framework for building text editors
-
refract - Harness
the power of reactive programming to supercharge your components
-
react-desktop
- OS X and Windows UI components built with React
-
reapop - A
simple and customizable React notifications system
-
react-extras
- Useful components and utilities for working with React
-
react-instantsearch
- Lightning-fast search for React and React Native applications, by
Algolia
-
uppy - The next open
source file uploader for web browsers
-
react-motion - A
spring that solves your animation problems
-
react-esi - React
Edge Side Includes
-
react-aria
- Adobe’s library of React Hooks that provides accessible UI primitives
for your design system
-
react-uploady -
Modern file-upload components & hooks for React.
React Integration
React State Management
- redux - Predictable State Container for JavaScript Apps
-
mobx - Simple, scalable
state management
-
react-query
-
flux - Application
architecture for building user interfaces
-
recoil -
Experimental state management library for React apps
-
xstate-react
- State machines and statecharts for the modern web
-
zustand - Bear
necessities for state management in React
-
easy-peasy -
Vegetarian friendly state for React
-
hookstate - The
simple but very powerful and incredibly fast state management for React
that is based on hooks
-
effector - Fast and
powerful reactive state manager
-
reactn - React,
but with built-in global state management
React AR and VR
-
Viro React - Platform for
rapidly building AR/VR applications using React Native
React Renderers
Forms
-
formik - Build forms
in React, without the tears
-
react-hook-form
- React Hooks for forms validation
-
react-jsonschema-form
- A React component for building Web forms from JSON Schema
-
react-final-form
- High performance subscription-based form state management for React
-
unform -
Performance-focused API for React forms
-
formily - Alibaba Group
Unified Form Solution
-
uniforms - A React
library for building forms from any schema
-
formsy-react - A
form input builder and validator for React
-
react-formal -
Sophisticated HTML form management for React
Autocomplete
-
[react-autocomplete by @rackt](https://github.com/rackt/react-autocomplete) - WAI-ARIA compliant
React autocomplete (Archived, read-only)
-
[react-autosuggest by @moroshko](https://github.com/moroshko/react-autosuggest) - WAI-ARIA compliant
React autosuggest component
-
[react-autocomplete by @eliseumds](https://github.com/eliseumds/react-autocomplete) - Just tasting some
ReactJS + RxJS
-
[react-autocomplete by @prometheusresearch](https://github.com/prometheusresearch/react-autocomplete) -
Autocomplete widget based on React
-
[instatype by @gragland](https://github.com/gragland/instatype) - Simple react autocomplete
component
-
downshift - 🏎
Primitives to build simple, flexible, WAI-ARIA compliant enhanced input
React components
-
React Bootstrap Typeahead
- A React-based typeahead that relies on Bootstrap for styling and was
originally inspired by Twitter’s typeahead.js.
Graphics
Data Managing
-
immer - Create the next
immutable state by mutating the current one
-
ReSub - A library for
writing better React components and data stores
-
immutable-js
- Immutable Data Collections for Javascript
-
baobab -
JavaScript & TypeScript persistent and optionally immutable data
tree with cursors
-
WatermelonDB - 🍉
Reactive & asynchronous database for powerful React and React Native
apps ⚡
-
RxDB - A realtime Database
for JavaScript Applications
Maps
-
react-googlemaps
- React interface to Google maps
-
react-maps - A map
component for React
-
react-google-maps
- React.js Google Maps integration component
-
react-gmaps
- A Google Maps component for React.js
-
react-map-gl - A
React wrapper for MapboxGL-js plus overlay API
-
google-map-react
- Isomorphic google map React component
-
react-mapbox-gl
- A mapbox-gl-js wrapper to make the API react friendly
-
google-maps-react
- A declarative Google Map React component using React, lazy-loading
dependencies, current-location finder and a test-driven approach by the
Fullstack React team.
-
react-leaflet - React
components for Leaflet maps
-
react-geo - A set
of geo-related components using react, antd, and ol
-
pigeon-maps -
ReactJS maps without external dependencies
Charts
-
vx - Visualization
components
-
victory - A
collection of composable React components for building interactive data
visualizations
-
react-vis - Data
Visualization Components
-
recharts - Redefined
chart library built with React and D3
-
nivo - Provides a rich set
of data visualization components, built on top of the D3 and React
libraries
-
echarts-for-react
- Apache ECharts components for React wrapper
-
react-apexcharts
- React Component for ApexCharts
-
chartify - React plugin
for building charts using CSS
React Native
Framework for building native apps using React
React Native General Resources
React Native Tutorials
React Native Development Tools
React Native Sample Apps
React Native Boilerplates
-
Create React Native App
- Create React Native apps that run on iOS, Android, and web
-
Ignite - The hottest
CLI for React Native, boilerplates, plugins, generators, and more!
React Native Awesome Components
React Native Libraries
Redux
Predictable State Container for JavaScript Apps
Redux General Resources
Redux Tools
-
react-redux -
Official React bindings for Redux
-
redux-toolkit -
The official, opinionated, batteries-included toolset for efficient
Redux development
-
redux-devtools -
DevTools for Redux with hot reloading, action replay, and customizable
UI
-
reselect - Selector
library for Redux
-
redux-thunk - Thunk
middleware for redux
-
redux-saga - An
alternative side effect model for Redux apps
-
connected-react-router
- A Redux binding for React Router
-
redux-form - A
Higher Order Component using react-redux to keep form state
-
normalizr -
Normalizes nested JSON according to a schema
-
redux-observable
- RxJS middleware for Redux
-
redux-undo - Higher
order reducer to add undo/redo functionality to redux state containers
-
redux-persist -
Persist and rehydrate a redux store
Redux Tutorials
GraphQL
A query language for your API
GraphQL General Resources
GraphQL Tools
GraphQL Tutorials
GraphQL Implementations
Database Integration
-
Hasura - Instant GraphQL for all your
data
-
Prisma - Next-generation ORM
for Node.js and TypeScript
-
graphql-sequelize
- GraphQL & Relay for MySQL & Postgres via Sequelize
Relay
Data-Driven React Applications
Relay General Resources
Relay Tutorials
Relay Tools
Videos
reactjsvideos.com
Important Talks
React.js Conf 2015 Playlist
ReactEurope Conf 2015 Day 1 Playlist
ReactEurope Conf 2015 Day 2 Playlist
ReactRally Conf 2015 Playlist
React.js Conf 2016 Playlist
React Amsterdam 2016 Playlist
ReactEurope Conf 2016 Day 1 Playlist
ReactEurope Conf 2016 Day 2 Playlist
ReactRally Conf 2016 Playlist
React Conf 2017 Playlist
React.js Amsterdam 2018 Playlist
React Amsterdam 2019 Playlist
Video Tutorials
Demo React Apps
Real React Apps
-
kibana - Your window
into the Elastic Stack
-
firefox debugger
- The Firefox debugger that works anywhere
-
spectrum –
Simple, powerful online communities
-
mattermost
- Open source Slack alternative
-
overreacted -
Personal blog by Dan Abramov
-
winamp2-js -
Winamp 2 reimplemented for the browser
-
dnote - A command line
notebook with multi-device sync and web interface


For all regions, you have options to control memory use, back up your data to disk, and discard stale data from your cache.
-
You can persist data on disk for backup purposes and overflow it to disk to free up memory without completely removing the data from your cache.
-
Use eviction to control data region size. Eviction actions are triggered by space-based thresholds.
-
Use expiration to keep data current and to reduce region size by removing stale entries. Expiration actions are triggered by time-based thresholds.
Keeping the Cache in Sync with Outside Data Sources
Keep your distributed cache in sync with an outside data source by programming and installing application plug-ins for your region.


Nimbits is a great tool for storing historical data on the cloud, be they numbers like a temperature, GPS data or data in XML or JSON format. In our tutorials you can learn to connect devices like Arduino or Parallax Stamp with code that can push and pull data from a Nimbit Data Point. Machine 2 Machine (M2M) communication takes this to another level with the following requirements:
For the last item in the list above, Nimbits uses WolframAlpha a powerful computational knowlage engine (currently in beta) to give you the ability to process incomming point data against the same knowlage engine that used by Apple's SIRI Artificial Intelligence assistant. When data is fed into a Nimbits Data point, it's values as well as any other point's data can automatically query WolframAlpha, store the result in a target point which can then relay that data to listening devices. Any of the examples listed here: http://www.wolframalpha.com/examples/ can be added to a Data Point's Intelligence formula and computed using incoming data feeds.
Learn more about WolframAlpha integration here
You can use Nimbits to give devices presence on the internet. They can report themselves as being "online", set their availability, and receive and send messages containing any type of data. Nimbits uses the XMPP protocol, a standard and open communication technology.
It all works the same way Instant Messaging works between you and countless other users around the globe. The only difference is that devices "Chatting" with each other are communicating using Data Objects instead of just words.
You can already talk to Nimbits with an Instant messenger client that supports XMPP, like Google Talk and Jabber. Check out how you can ask Nimbits for current values and create points over an IM Client.
It's a good idea to setup a separate email account for your M2M devices, since you wouldn't want to get constant data packets on your regular email. You can setup your devices and software to monitor a single data point, and you can also further segment your ecosystem using separate Nimbits email accounts. To get going, try logging into Nimbits and creating a Data Point. Follow the instructions here to make sure you and your new point can chat over IM. i.e. click the authorise IM Button and accept the initiation to chat with Nimbits.
You can write your own Client for Nimbits to do XMPP - Nimbits uses the Google XMPP Service which you can learn more about here: http://code.google.com/appengine/articles/using_xmpp.html All you need to do is have your code properly authenticate, and open an XMPP Session with Nimbits at<EMAIL_ADDRESS>(or your Nimbits servers' app id)
The first thing you want to do is sign into the Nimbits Server, right click the data point for its properties, and check the property telling Nimbits that when it sends data over XMPP, send this points data in a Machine Readable Context. Essentially, when you chat with a data point over IM, we send you a Human readable text message. When you check this box, the message is sent with JSON formatted data.
If you repeat the exercise above, and ask Nimbits to send an IM any time this point is written too, you'll get an IM with a lot of JSON data instead of a Human readable message.
The Nimbits SDK does all of this for you. If you download the Nimbits SDK JAR file and add it to a java projects class path. The following code snippet, when ran, will show up as available and online just like you do when you log into a Instant Messenger client. This code snippet uses a Nimbits Server to authenticate with a gmail account, and waits for an IM with data relevant to the Nimbits Points it's listening for. If it is, it can then do stuff with the latest value recorded to that point - be it XML, the number value or whatever.
public static void main(String[] args) throws Exception, IOException { final GoogleUser user =<EMAIL_ADDRESS>"Pa$$word"); final NimbitsClient client = NimbitsClientFactory.getInstance(user, "http://nimbits1.appspot.com"); final XMPPClient xmpp = XMPPClientFactory.getInstance(client, "nimbits1"); final String myPointName = "foo"; xmpp.connect(); xmpp.addMessageReceivedListeners(new XMPPClientImpl.MessageReceivedListener() { @Override public void onMessageReceived(Point receivedDataPoint) { System.out.println("Received Point: " + receivedDataPoint.getName().getValue()); if (receivedDataPoint.getName().getValue().equals(myPointName)) { System.out.print("This is my Point! Doing stuff with it"); double currentValue = receivedDataPoint.getValue().getNumberValue(); } } }); System.in.read(); //keep the program from exiting. }
There are, of course, many ways to record new data into a Nimbits Point. This point is configured to send over IM any new data it receives. You can also configure a point to only sent newly recorded data over IM when the value is in an alert state, or if the point is idle and hasn't received a value for a certain amount of time. You can write code to send data over IM just as easily. This code snipped will transmit a new Value Objects into our "foo" point using XMPP:
GoogleUser user =<EMAIL_ADDRESS>"Pa$$word"); NimbitsClient client = NimbitsClientFactory.getInstance(user, "http://nimbits1.appspot.com"); XMPPClient xmpp = XMPPClientFactory.getInstance(client, "nimbits1"); PointName pointName = CommonFactory.createPointName("foo"); Value value = ValueModelFactory.createValueModel(1.234); xmpp.connect(); xmpp.sendValue(pointName, value);


public class AdmissionSyntax extends ASN1Object
AdmissionSyntax ::= SEQUENCE { admissionAuthority GeneralName OPTIONAL, contentsOfAdmissions SEQUENCE OF Admissions } Admissions ::= SEQUENCE { admissionAuthority [0] EXPLICIT GeneralName OPTIONAL namingAuthority [1] EXPLICIT NamingAuthority OPTIONAL professionInfos SEQUENCE OF ProfessionInfo } NamingAuthority ::= SEQUENCE { namingAuthorityId OBJECT IDENTIFIER OPTIONAL, namingAuthorityUrl IA5String OPTIONAL, namingAuthorityText DirectoryString(SIZE(1..128)) OPTIONAL } ProfessionInfo ::= SEQUENCE { namingAuthority [0] EXPLICIT NamingAuthority OPTIONAL, professionItems SEQUENCE OF DirectoryString (SIZE(1..128)), professionOIDs SEQUENCE OF OBJECT IDENTIFIER OPTIONAL, registrationNumber PrintableString(SIZE(1..128)) OPTIONAL, addProfessionInfo OCTET STRING OPTIONAL }
ISIS-MTT PROFILE: The relatively complex structure of AdmissionSyntax supports the following concepts and requirements:
By means of different namingAuthority-OIDs or profession OIDs hierarchies of professions, specializations, disciplines, fields of activity, etc. can be expressed. The issuing admission authority should always be indicated (field admissionAuthority), whenever a registration number is presented. Still, information on admissions can be given without indicating an admission or a naming authority by the exclusive use of the component professionItems. In this case the certification authority is responsible for the verification of the admission information.
This attribute is single-valued. Still, several admissions can be captured in the sequence structure of the component contentsOfAdmissions of AdmissionSyntax or in the component professionInfos of Admissions. The component admissionAuthority of AdmissionSyntax serves as default value for the component admissionAuthority of Admissions. Within the latter component the default value can be overwritten, in case that another authority is responsible. The component namingAuthority of Admissions serves as a default value for the component namingAuthority of ProfessionInfo. Within the latter component the default value can be overwritten, in case that another naming authority needs to be recorded.
The length of the string objects is limited to 128 characters. It is recommended to indicate a namingAuthorityURL in all issued attribute certificates. If a namingAuthorityURL is indicated, the field professionItems of ProfessionInfo should contain only registered titles. If the field professionOIDs exists, it has to contain the OIDs of the professions listed in professionItems in the same order. In general, the field professionInfos should contain only one entry, unless the admissions that are to be listed are logically connected (e.g. they have been issued under the same admission number).
Admissions
,
ProfessionInfo
,
NamingAuthority
| Constructor and Description |
|---|
AdmissionSyntax(GeneralName admissionAuthority,
ASN1Sequence contentsOfAdmissions)
Constructor from given details.
|
| Modifier and Type | Method and Description |
|---|---|
GeneralName |
getAdmissionAuthority() |
Admissions[] |
getContentsOfAdmissions() |
static AdmissionSyntax |
getInstance(java.lang.Object obj) |
ASN1Primitive |
toASN1Primitive()
Produce an object suitable for an ASN1OutputStream.
|
equals, getEncoded, getEncoded, hasEncodedTagValue, hashCode, toASN1Object
public AdmissionSyntax(GeneralName admissionAuthority, ASN1Sequence contentsOfAdmissions)
admissionAuthority
- The admission authority.contentsOfAdmissions
- The admissions.public static AdmissionSyntax getInstance(java.lang.Object obj)
public ASN1Primitive toASN1Primitive()
Returns:
AdmissionSyntax ::= SEQUENCE { admissionAuthority GeneralName OPTIONAL, contentsOfAdmissions SEQUENCE OF Admissions } Admissions ::= SEQUENCE { admissionAuthority [0] EXPLICIT GeneralName OPTIONAL namingAuthority [1] EXPLICIT NamingAuthority OPTIONAL professionInfos SEQUENCE OF ProfessionInfo } NamingAuthority ::= SEQUENCE { namingAuthorityId OBJECT IDENTIFIER OPTIONAL, namingAuthorityUrl IA5String OPTIONAL, namingAuthorityText DirectoryString(SIZE(1..128)) OPTIONAL } ProfessionInfo ::= SEQUENCE { namingAuthority [0] EXPLICIT NamingAuthority OPTIONAL, professionItems SEQUENCE OF DirectoryString (SIZE(1..128)), professionOIDs SEQUENCE OF OBJECT IDENTIFIER OPTIONAL, registrationNumber PrintableString(SIZE(1..128)) OPTIONAL, addProfessionInfo OCTET STRING OPTIONAL }
toASN1Primitive
in interface ASN1Encodable
toASN1Primitive
in class ASN1Object
public GeneralName getAdmissionAuthority()
public Admissions[] getContentsOfAdmissions()


# INFO 610 Fall 2020
Week 2.0
--- # Terminology - Chapter 3 --- # Value Related Terms * Data - The values you store in your database.
12
33
899
699
23
Sept 1, 2020
* Information - Data that you process in a manner that makes it meaningful and useful to you --- # Another hint
Samsung
UN65TU7000FXZA
899
699
23
Sept 1, 2020
--- #Information
Manufacturer
Model
MSRP
Price
Sold
Date
Samsung
UN65TU7000FXZA
899
699
23
Sept 1, 2020
.footnote.red.bold[Data is what you store, information is what you retrieve] --- # Null A
null
represents a missing or unknown value. Null does NOT represent ZERO Null does NOT represent an empty string. Great example from the book:
QUESTION: Imagine a table for EMPLOYEES. Two columns, 'hourly_wage' and 'annual_wage'. Where would we use NULL? ??? Zero can have a wide variety of meanings. Account balances, current number of available first class tickets or current stock level of a product. Text: Zero length string can be pretty meaningless. " " (three spaces) is very different from a zero length string. A null can represent something like the state that washington DC resides in. NO state -> Null --- #Problem with Nulls Null values cause issues with 'math' ```sql 3 + null; -- null (25 * 3) + 4; -- 79 (null * 3) + 4; -- null (25 * 3) + null; -- null ```
Product ID
Product Description
Category
SRP
Qty On Hand
Total Value
7001
Shu-Lok U-Lock
Accessories
75.00
7002
SpeedRite Cyclecomputer
65.00
20
1,300.00
7003
SteelHead Microshell Helmet
Accessories
36.00
33
1,118.00
7004
SureStop 133-MB Brakes
Components
23.50
16
376.00
7005
Diablo ATM Mountain Bike
Bikes
1,200.00
* What do you think happens to get the average of the 'Qty On Hand'? --- # Structure Related Terms *
Table
- In the relational model, data is stored in
relations
, which are perceived by the user as
tables
. *
Tuples
- Each row/record in a database is a
tuple
*
Attributes
- Each record has a set of values/properties stored as
attributes
.
# Table
Attribute 1
Attribute 2
Attribute 3
Record 1
val 1
val2
val3
Record 2
val 4
val 5
val 6
--- # Primary Key * Tables are the chief structure in the database and each table always represents a single, specific
subject
* The logical order of records and fields within a table is of absolutely no importance. * Every table contains at least one 'field' - known as a primary key - that uniquely identifies each of its records. * Data can exist independant of the way it is physically stored in the computer because of the last two characteristics. Primary keys are typically an 'ID' in the database: * ClientID, PatientID, etc --- # Field * A
field
(known as an
attribute
in relational database theory) is the smallest structure in the database and it represents a characteristic of the subject of the table to which it belongs. * Fields are the structures that actually store data. * Every field in a
properly designed
database contains one and only one value and its name should be descriptive enough to identify the type of value it holds. ??? When you see fields like FirstName, LastName, City, State Zipcode, you know exactly what's in those fields --- # Types of fields * Multipart - (composite field) - which contains two or more distinct items within its value * Multivalued field - which contains multiples instances of the same type of value * Calculated field - which contains a contains a concatenated text value or the result of a mathematical expression --- # Record * Record - aka tuple, in relational theory, respresents a unique instance of the subject of a table. Book example: Each record in the 'clients' table will represent a 'client' in real life. Each record in the table has a unique primary key 'ClientID' --- # View * A
view
is a 'virtual' table composed of fields from one or more tables in the database * Relational model refers to a view as being 'virtual' because it draws data from base tables rather than storing data on its own. Three reasons views are important * Simplifies working with data across multiple tables; * Can be used to prevent certain users access to core tables * Can be used to implement data integrity. Known as a 'validation view'
---
--- # Keys * Primary Key - field or group of fields that uniquely identify each record within a table * Can be one or more fields * Primary key
values
identify a specific record throughout the entire database/table * Primary key
field
identifies a given table throughout the entire database * Enforces table-level integrity and helps establish relationships with other tables in the database.
--- # Index *
Index
is a structure than an RDBMS provides to improve data processing. * An index has NOTHING to do with the logical database structure! * Not the same as a 'key' --- # Anyone get Docker working? --- ---


When you work with us, you are part of a team of committed collaborators. all aspects of our software development process are intergrated, interactive and agile.
Our approach unifies dsign, development and product management to create exceptional products.
We start each project by understanding your business goals, the user's needs and product requirements
Then we help translate them into effective and elegant solutions.
Before we sign a contract or write a line of code our team will spend the necessary time needed to understand your product vision.
The outcome of this scoping session is proposal or high level statement of work.
Based on your requirements, we can provide a complete offering or just pieces you need.
Our design practice offers a full range of services including branding strategy,interaction and visual design and user experience testing.Throughout your project, our designers create and implement visual designs and workflows,solicit user feedback, and work with you to make sure what gets built is what is needed.
All engineers are fluent in the latest enterprise, mobile and web development technologies.
The collaborate with your team to write, test, and improve code on a daily basis, using proven practices such as test-driven development and pair-programming.
Planning and development is iterative. Because we are constantly coding and testing, the products we build are always always ready to go live.
This iterative process allows for changes as business requirements evolve.
NAME
NAME
NAME
ONTARIO
NAME
NAME
BURNED
GIRAFFE


All typed AST nodes should inherit this class. More...
#include <typed.h>
All typed AST nodes should inherit this class.
Definition at line 11 of file typed.h.
Definition at line 6 of file typed.cpp.
Definition at line 8 of file typed.cpp.


Classes
Classify ([isLibrary]) |
Analysis methods for imhr.processing.preprocesing. |
Metadata ([isLibrary]) |
Process participants metadata for analysis and export. |
Model ([isLibrary]) |
Run statistical models for analysis. |
Processing () |
Hub for running processing and analyzing raw data. |
Settings ([isLibrary]) |
Default settings for imhr.r33.Processing.. |
imhr.r33.
Classify
(isLibrary=False)[source]¶Bases: imhr.r33._classify.Classify
Analysis methods for imhr.processing.preprocesing.
| Parameters: |
|
|---|
Methods
Acceleration (time, data_x[, data_y]) |
Calculate the acceleration (deg/sec/sec) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information. |
Velocity (time, config, d_x[, d_y]) |
Calculate the instantaneous velocity (degrees / second) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information. |
VisualAngle (g_x, g_y, config) |
Convert pixel eye-coordinates to visual angle. |
hmm (data, filter_type, config) |
Hidden Makov Model, adapted from https://gitlab.com/nslr/nslr-hmm. |
idt (data, dis_threshold, dur_threshold) |
Identification with Dispersion Threshold. |
ivt (data, v_threshold, config) |
Identification with Velocity Threshold. |
savitzky_golay (y, window_size, order[, …]) |
Smooth (and optionally differentiate) data with a Savitzky-Golay filter. |
simple (df, missing, maxdist, mindur) |
Detects fixations, defined as consecutive samples with an inter-sample distance of less than a set amount of pixels (disregarding missing data). |
Acceleration
(time, data_x, data_y=None)[source]¶Calculate the acceleration (deg/sec/sec) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information.
| Parameters: |
|
|---|
Velocity
(time, config, d_x, d_y=None)[source]¶Calculate the instantaneous velocity (degrees / second) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information.
| Parameters: |
|
|---|
Notes
Numpy arrays time, d_x, and d_y must all be 1D arrays of the same length. If both d_x and d_y are provided, then the euclidian distance between each set of points is calculated and used in the velocity calculation. Time must be in seconds.msec units, while d_x and d_y are expected to be in visual degrees. If the position traces are in pixel coordinate space, use the VisualAngleCalc class to convert the data into degrees.
VisualAngle
(g_x, g_y, config)[source]¶Convert pixel eye-coordinates to visual angle.
| Parameters: |
|
|---|
Notes
hmm
(data, filter_type, config)[source]¶Hidden Makov Model, adapted from https://gitlab.com/nslr/nslr-hmm.
| Parameters: |
|
|---|---|
| Attributes: |
|
Notes
References
| [1] | Pekkanen, J., & Lappi, O. (2017). A new and general approach to signal denoising and eye movement classification based on segmented linear regression. Scientific Reports, 7(1). doi:10.1038/s41598-017-17983-x. |
idt
(data, dis_threshold, dur_threshold)[source]¶Identification with Dispersion Threshold.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
The I-DT algorithm has two parameters: a dispersion threshold and the length of a time window in which the dispersion is calculated. The length of the time window is often set to the minimum duration of a fixation, which is around 100-200 ms.
ivt
(data, v_threshold, config)[source]¶Identification with Velocity Threshold.
In the I-VT model, the velocity value is computed for every eye position sample. The velocity value is then compared to the threshold. If the sampled velocity is less than the threshold, the corresponding eye-position sample is marked as part of a fixation, otherwise it is marked as a part of a saccade.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
From https://github.com/ecekt/eyegaze. Formula from: https://dl.acm.org/citation.cfm?id=355028
savitzky_golay
(y, window_size, order, deriv=0, rate=1)[source]¶Smooth (and optionally differentiate) data with a Savitzky-Golay filter.
The Savitzky-Golay filter removes high frequency noise from data. It has the advantage of preserving the original shape and features of the signal better than other types of filtering approaches, such as moving averages techniques.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
The Savitzky-Golay is a type of low-pass filter, particularly suited for smoothing noisy data. The main idea behind this approach is to make for each point a least-square fit with a polynomial of high order over a odd-sized window centered at the point. For more information, see: http://wiki.scipy.org/Cookbook/SavitzkyGolay.
Examples
>>> t = np.linspace(-4, 4, 500)
>>> y = np.exp( -t**2 ) + np.random.normal(0, 0.05, t.shape)
>>> ysg = savitzky_golay(y, window_size=31, order=4)
>>> import matplotlib.pyplot as plt
>>> plt.plot(t, y, label='Noisy signal')
>>> plt.plot(t, np.exp(-t**2), 'k', lw=1.5, label='Original signal')
>>> plt.plot(t, ysg, 'r', label='Filtered signal')
>>> plt.legend()
>>> plt.show()
References
| [1] | A. Savitzky, Golay, M. (1964). Smoothing and Differentiation of Data by Simplified Least Squares Procedures. Analytical Chemistry. 36(8), pp 1627-1639. |
| [2] | S.A. Teukolsky, W.T. Vetterling, B.P. Flannery Numerical Recipes 3rd Edition: The Art of Scientific Computing. W.H. Press,Cambridge University Press ISBN-13:<PHONE_NUMBER>688. |
simple
(df, missing, maxdist, mindur)[source]¶Detects fixations, defined as consecutive samples with an inter-sample distance of less than a set amount of pixels (disregarding missing data).
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
From https://github.com/esdalmaijer/PyGazeAnalyser/blob/master/pygazeanalyser/detectors.py
imhr.r33.
Metadata
(isLibrary=False)[source]¶Bases: imhr.r33._metadata.Metadata
Process participants metadata for analysis and export.
| Parameters: |
|
|---|
Methods
predict (df) |
Predicting screen size (cm), device (i.e. |
summary (df, path) |
Preparing data for use in analysis. |
predict
(df)[source]¶Predicting screen size (cm), device (i.e. macbook 2018).
| Parameters: |
|
|---|---|
| Returns: |
|
summary
(df, path)[source]¶Preparing data for use in analysis.
| Parameters: | |
|---|---|
| Attributes: | |
| Returns: |
|
Notes
You can either get data from all files within a directory (directory), or from a specific subject (subject_session).
Examples
>>> #if using path:
>>> df = getData(path=self.config['path'])
>>> #if getting data for single subject:
>>> df = getData(path=self.config['path'],subject_session=['1099','1', '0'])
imhr.r33.
Model
(isLibrary=False)[source]¶Bases: imhr.r33._model.Model
Run statistical models for analysis.
| Parameters: |
|
|---|
Methods
anova (config, y, f, df, csv, path, effects) |
Run analysis of variance model using rpy2, seaborn and pandas. |
lmer (config, y, f, df, exclude, csv, path, …) |
Run linear mixed regression model, using rpy2, seaborn and pandas. |
logistic (config, y, f, df, me, exclude, csv, …) |
Run logistic regression model, using rpy2, seaborn and pandas. |
anova
(config, y, f, df, csv, path, effects, is_html=True)[source]¶Run analysis of variance model using rpy2, seaborn and pandas.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
lmer
(config, y, f, df, exclude, csv, path, effects, is_html=True)[source]¶Run linear mixed regression model, using rpy2, seaborn and pandas.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
logistic
(config, y, f, df, me, exclude, csv, path, is_html=True)[source]¶Run logistic regression model, using rpy2, seaborn and pandas.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
imhr.r33.
Processing
[source]¶Bases: imhr.r33._processing.Processing
Hub for running processing and analyzing raw data.
| Parameters: |
|
|---|
Methods
demographics (source, destination[, isHTML]) |
Output list of demographics for easy html viewing. |
device (source, destination[, isHTML]) |
Output list of variables for easy html viewing. |
html ([df, raw_data, name, path, source, …]) |
Create HTML output. |
preprocessing (source[, isMultiprocessing, cores]) |
Preprocessing data for formatting and initial calculations. |
summary (source, destination[, metadata, isHTML]) |
Generate summary from online raw data. |
variables (source, destination[, isHTML]) |
Output list of variables for easy html viewing. |
demographics
(source, destination, isHTML=True)[source]¶Output list of demographics for easy html viewing.
| Parameters: | |
|---|---|
| Returns: |
|
device
(source, destination, isHTML=True)[source]¶Output list of variables for easy html viewing.
| Parameters: | |
|---|---|
| Returns: |
|
html
(df=None, raw_data=None, name=None, path=None, source=None, figure_title=None, intro=None, footnote=None, script='', **kwargs)[source]¶Create HTML output.
| Parameters: |
|
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|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Returns: |
|
preprocessing
(source, isMultiprocessing=False, cores=0)[source]¶Preprocessing data for formatting and initial calculations. Steps include: * Dates converted to ISO format. * Variables formatted to camelCase. * Variables naming patterns consistant (i.e. osFullName, browserFullName). * Calculations for stimulus onset error, DotLoc onset error, median response time, median stimulus onset error, median DotLoc onset error
| Parameters: |
|
|---|---|
| Returns: |
|
summary
(source, destination, metadata=None, isHTML=True)[source]¶Generate summary from online raw data.
| Parameters: | |
|---|---|
| Returns: |
|
imhr.r33.
Settings
(isLibrary=False)[source]¶Bases: imhr.r33._settings.Settings
Default settings for imhr.r33.Processing..
| Parameters: |
|
|---|
Methods
definitions (config) |
Store definitions. |
definitions
(config)[source]¶Store definitions.
| Parameters: | |
|---|---|
| Returns: |
|
Examples


UPPER(value) → upperCaseString
Convert lower-case letters in value to their upper-case counterparts. All other characters are returned unchanged.


#include <sqlite_cpp.h>
Connection to a SQLite database
◆ Conn()
| SQLite::Conn::Conn |
( |
const char * |
db_name | ) |
|
Open a connection to a SQLite3 database
- Parameters
-
| [in] | db_name | Path to SQLite3 database |
◆ close()
| void SQLite::Conn::close |
( |
| ) |
|
|
noexcept |
Close the active database connection. If there are active prepared statements using this connection, they are also closed. Attempting to use the database or any associated statements after calling close() will throw an error.
In most cases, calling this method explicitly is not necessary because it gets called automatically when Conn goes out of scope.
Memory/Exception Safety
This method will never throw an exception. Calling close() after the first time will harmlessly do nothing.
◆ exec()
| void SQLite::Conn::exec |
( |
const std::string |
query | ) |
|
Execute a query that doesn't return anything
- Parameters
-
◆ get_ptr()
| sqlite3 * SQLite::Conn::get_ptr |
( |
| ) |
|
Return a raw pointer to the sqlite3 handle.
Memory Safety
This function will never return invalid pointers. A runtime_error is thrown if this is used after Conn::close() has been called.
◆ prepare()
Prepare a query for execution
◆ query()
◆ base
| std::shared_ptr<conn_base> SQLite::Conn::base |
Initial value:=
std::make_shared<conn_base>()
◆ error_message
| char* SQLite::Conn::error_message |
◆ stmts
Buffer for error messages
The documentation for this class was generated from the following files:


Accomplishments
- Recipient of national LaSallian Award 2017
- De La Salle College 6 th Year Overall ‘Year Head Award’ for outstanding achievement, May
2018
- Distinction in Grade 8 Acoustic Guitar Performance from the University of West London
- Recipient of inaugural Bridget Mulhern Bursary, April 2018
- Winner of Waterford Talent Competition, March 2018


NEWS.md
study_power()
that produced errors for long (as opposed to wide) data with within-subject factorsget_power()
to return all analysis results, even those that aren’t used in hypothesis criteriascivrs_app()
updatesadd_hypothesis()
now takes custom argumentsstudy_demo
and kin
datascivrs_app()
scivrs_app()
get_orcid()
lets you look up ORCiDs from family and given namescivrs_app()
update_hypothesis()
, update_analysis()
and update_criterion()
functionsmake_script()
, make_data()
functionsget_results()
functionoutput_****
functionsscivrs_app()
get_result
functionstudy_report
deprecated and function merged to study_save
get_data
functionstudy_power
function. This function is experimental. Check power analyses with an external package before using for important decisions.NEWS.md
file to track changes to the package.


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Departments > < BACK BSEED Assessors DWSD > < BACK Customer Care Government > < BACK City Council > < BACK Council District 1 How Do I > < BACK Payment > < BACK Pay Water Bill


Discuss a time you had an emotional conflict with someone. What was it about? What happened?
The last time I had an emotional conflict with someone is when I fought with my sister when I was in highschool. At that time, she was a college student at UCLA and she came back to my country for summer break. On her 22nd birthday, my parents were working out of town so there's only me and her at the house. She asked me to accompany her for a lunch to kinda celebrate her birthday. However, the whole time I was with her, I was in a bad mood and reluctant to talk to her. She tried to talk to me and asked me repeteadly what is wrong with me but I still would not talk to her. She was really upset and dissapointed with me and eventually stopped talking to me that day.
What was the source of the conflict?
The night before her birthday, I just got a rejection email from UCLA and I felt really embarassed and upset with myself.
How did you handle that conflict?
I handled the conflict with my sister by running away from the problem and isolating myself.
Did your actions make the conflict better or worse?
It made the conflict worse because I felt like I ruined her special day by doing that. At that time, I was her only family that she can celebrate her birthday with and I blew it.
If you could go back, what would you do differently, if anything?
If I could go back, I would tell my sister that I got rejected from UCLA. She would definitely cheer me up and make me feel better. If I did that, we would both be happy and my sister could have a much better birthday celebration.
What did you learn from this experience?
 Instead of running away and isolating myself with my own problems, its always better to share them with my friends and family. They will definitely try to cheer me up and help me find solutions to my problem.


Main Page
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Related Pages
TXFMChain Class Reference
[
Internal Classes
]
#include <
TXFMChain.hpp
>
Collaboration diagram for TXFMChain:
[
legend
]
List of all members.
Detailed Description
A holder class to take care of a chain of internal transformer objects.
Public Member Functions
TXFMChain
(
TXFMBase
*baseTxfm, bool deleteChainWhenDone=true)
~TXFMChain
()
void
appendTxfm
(
TXFMBase
*txfm)
TXFMBase
*
getLastTxfm
(void)
Constructor & Destructor Documentation
TXFMChain::TXFMChain
(
TXFMBase
*
baseTxfm
,
bool
deleteChainWhenDone
=
true
)
TXFMChain::~TXFMChain
(
)
Member Function Documentation
void TXFMChain::appendTxfm
(
TXFMBase
*
txfm
)
TXFMBase
* TXFMChain::getLastTxfm
(
void
)
[inline]
The documentation for this class was generated from the following file:
TXFMChain.hpp
Generated on Sun Jul 3 17:54:40 2005 for XML-Security-C by
1.4.2


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Blog
Apples to Oranges
Comparing learning time in coding bootcamps to college CS programs
Sept. 20, 2015
One of the biggest questions about immersive web development programs, commonly called “coding bootcamps,” is how their graduates compare to graduates from traditional college CS programs. Bootcamp critics claim that there’s no way you can learn as much in 10 or 12 weeks as CS majors learn over four years earning a Bachelor of Science. But comparing the calendar time spent in a bootcamp to the calendar time spent in a BS program is an apples-to-oranges comparison. If you count actual hours spent learning, instead of weeks, months or years on a calendar, a bootcamp isn’t nearly as different from a college program as you might think.
First, a little background on the Dev Bootcamp (DBC) program, in which I am currently enrolled. DBC students spend 10 weeks learning remotely, then spend ten weeks on campus. The ten remote weeks include “Week 0,” in which you set up your development environment and learn your tools, followed by “Phase 0,” nine weeks of coding curriculum introducing HTML, CSS, Ruby, JavaScript and jQuery. The learning then moves on-site at Dev Bootcamp for nine weeks of immersive web development education, followed by a week of career development and job-search preparation. That’s five months of learning time, not the 10 or 12 weeks that bootcamp critics usually site. But again, calendar months aren’t what really matters; let’s run some math on the number of hours spent learning...
Assume that a BS in Computer Science includes 30 credits of actual computer coursework, and figure that for each 3-hour course, a student spends 3 hours a week in lecture, and another 6 hours a week doing work outside class. That’s 9 hours a week per course. Now figure that there's about 14 weeks in a college semester: 9 hours per week, times 14 weeks, comes out to 106 hours of real learning time per course. 106 hours per course, times ten courses: that's 1060 hours invested in learning to program.
Now, most of us at DBC have admitted that we spend more than the estimated 15-25 hours per week on our Phase 0 work. Even so, let's use 25 hours per week as a rough average of hours per week spent during Phase 0. That's 250 hours of learning before we even go on-site (Week 0 plus nine weeks of Phase 0). Once we get to the DBC campus, we have nine weeks of immersive work (not even counting the tenth week, which focuses on career development). While on campus, we’re required to be at DBC 40 hours per week, but by every account I’ve read, students spend closer to 60 hours per week, on average, on their DBC work, arriving early, staying late, and coming in on weekends. So, 9 weeks times 60 hours per week equals 540 hours of learning time. 250 remote hours plus 540 on-site hours equals 790 hours, which is almost exactly 3/4 as much time devoted to learning to develop software as a Computer Science BS.
But that 3:4 ratio is still not an apples-to-apples comparison. The CS degree is going to include a lot of abstract theory that really doesn’t come up very often in web development, and which can be learned outside of a formal educational program in any case. (Harvard, Stanford, and MIT have all put their CS courses online, for free!) On the other hand, the DBC training is 100% practical — it was created by developers with real-world, on-the-job, in-the-trenches experience.
Furthermore, the traditional college model includes taking summers off from school. The phenomenon of “summer slide” has been extensively studied with regard to elementary and high school students, and there’s no reason to believe it doesn’t apply to undergrads as well. These studies have consistently shown that over the summer break, students lose a large portion of the academic progress they made over the preceding year. This means that every fall, college students spend the first couple of months just catching up what they lost over the summer. A straight-through immersive program like DBC has no opportunity for summer slide.
Here’s the math: A Bachelor’s in CS (1060 hours), minus the summer slide on fall courses (25% time lost in half of the courses, or 132.5 hours), equals 927.5 hours spent learning to code. That’s 137.5 hours more than we get from DBC, on average. But if even one of the ten courses in the program isn’t directly applicable to the work a junior dev is hired to do — which is very likely — that reduces the total learning time by 10%, to 835 hours. That’s within 45 hours of the average learning time we get at DBC!
By this admittedly unscientific, back-of-the-envelope math, a DBC grad has only a week’s less preparation for a junior developer job than does a grad with Bachelor’s in Computer Science. (And that doesn’t take into account that all of the DBC training is directly applicable to junior developer responsibilities, while much of a CS degree isn’t.) I promise you, if that week is really significant, I can make it up with self-study within two weeks of graduating. So, to people who say you can’t learn as much a few months as you can over four years, I reply, how much more can you really learn in 835 hours than you could in 790?


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[gecode-users] Bugs in Gecode/J
Guido Tack
tack at ps.uni-sb.de
Mon Apr 21 11:10:32 CEST 2008
Malcolm Ryan wrote:
> I don't mean to hassle you, but I just need to know whether you think
> you can help me with this problem. I am working towards a close paper
> deadline and I need to know whether to stick with Gecode/J in the hope
> that we will be able to sort out these problems, or whether I need to
> look for another solution.
I've run some more experiments, and I can finally reproduce your bug.
It seems to be a memory management / concurrency issue. I could not
reproduce the bug on any 1- or 2-core machine, but only with at least
4 cores. I suspect Java's concurrent garbage collector frees some
memory that is still in use because we didn't get the locking right.
Did you do all your experiments on multi-core machines (i.e., more
than 2 cores)? If that's really the problem, you could run your tests
with a limit on the number of CPUs used. On Linux, you can achieve
this using the taskset command. On Mac OS 10.5, you can follow this
hint to get control of your processors:
http://www.macosxhints.com/article.php?story=20071116183942199
I hope this helps. We'll try to figure out the real cause of the
problem, but concurrency bugs are typically hard to find - it may take
some time.
Cheers,
Guido
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