🍵
Role
UX Researcher
UX Designer
Documentation Lead
Team
Elizabeth La
Zoe Lin
Jiayi Zhao
Elliot Allard
Tools & Methods
Contextual Research, Stakeholder Mapping, Crazy 8 Brainstorming, Storyboarding, Speed Dating, Think Aloud/Task Analysis, Experience Prototyping, and Remote Usability Testing
TL;DR:
PPS, an volunteer organization that visits individuals within the prison system, needed to find a way to encourage volunteers to document visits in order to fight systematic issues with the PA prison system.
When we conducted our research, I identified painpoints that highlighted severe technical constraints. Volunteers within the PPS had varying levels of technology illiteracy and prisons/jails security enforcement were different all across Pennsylvania. Part of security enforcement denies paper because paper/letters are only permitted into facilities if it has undergone a rigorous drug testing through a specialized facility located in Florida. This lead us to immediately rule out paper based solutions because they simply were not viable due to security concerns. Instead, we looked for familiar and low friction solutions.
For our solution, we created a "common script," which could be applied to different platforms (web application, online form, phone call), that offered flexiblity for volunteer reporting and lowered the overall friction.
The Problem
We were approached by Pennsylvania Prison Society (PPS) to assist them with a UX problem. For a little background, PPS is the oldest inmate protection organization in the country, and it works to better the conditions of incarcerated people across the state. They do this primarily through sending in Official Visitors (OV) – volunteers who are granted special access to incarcerated people and advocates for issues and concerns of incarcerated people.
As an organization, PPS sometimes recieves repeat statements/reports from different incarcerated individuals within the same facility. These repeat reports often indicate patterns that can be instrumental in improving the incarcerated individuals' conditions.
For example, one individual experienced sexual abuse from a corrections officer (CO). Sometime later, PPS recieved another report from another individual who experienced sexual abuse and the same CO's name showed up. Because there was thorough documentation of both of these occurences, PPS was able to build a case against the CO and have them removed. If OVss can create consistent documentation, PPS can analyze patterns and fight systematic injustices within the prison system.
However, they found that many of their OVs did not consistently document their visits to incarcerated individuals so they wanted a method that would create and encourage consistent documentation across the volunteers in the commonwealth.
Key guiding questions: How might we...
The Voice/Form Solution
Minimized form to reduce friction and put concerns as the first question based on findings in usability testing.
The Web Solution
Reporting is centralize to a dashboard. View ongoing requests or add a new one.
Documentation is simple and easy.
View Past Requests straightaway. "Seen" feature adds simple feedback from the central office.
Past requests are stored and immutable.
Based on the recurring ideas within our research and usability testing, our final design was an information managing system which is flexible and assists the main office with filing and assigning requests. We reduced the flow of a request to some core questions which were applicable to multiple platforms like google forms, a phone conversational user interface, and a web application. This breadth of application was intended to cater to the diversity of volunteers and their individual workflows.
Research | Overview
We have held several semi–structured interviews with our client and the organization’s Director of Volunteers, and have performed analytical methods such as stakeholder mapping, flow diagramming and user journey mapping. These research methods were done early on to help us really understand the system and identify the pain points.
From these methods, we have derived 3 key insights/painpoints:
Different policies between prisons lead to different report flow for OVs. There are no shared systems across all chapters, but each chapter has existing workflows they operate on. Every chapter also has their own unique behavior. This became apparent when we did contextual inquiries with OVs and semi-structured interviews with the Director of Volunteers (who knows almost every OV within PPS). Smaller chapters have individual OVs who visit prisons based on their own schedule and email visit notes to PPS. Other chapters visit facilities as a group and discuss issues raised together and create a monthly report that summarizes the issues they saw in their visit. There was a wide variety of visiting behavior and preferences when reporting which made it difficult to standardize chapter behavior for PPS.
From our semi structured interviews with people within the office, we discovered that requests came in many different forms: email, phone call, or letter. Often times, these requests weren’t from the original requester. They may have been sent from a concerned family member or a letter could have been from an incarcerated individual which was sent to their local chapter, which was then sent to the main office for documentation purposes and so on. These requests also have varied structures due to the variety of forms they take. Internally, PPS document requests with names, inmate ID, category of concerns, date and etc… Overall there was an issue with the aggregation of requests due to the disorganized intake of requests for PPS. The inconsistent report format and sourcing makes filing requests difficult.
"We are volunteers; we can only do so much with our free time."
From our contextual inquiries, we discovered that official volunteers didn’t have any incentive to create a report. When pressed into why, OVs stated they were volunteers; they were not paid to do this and they didn't want to report, because they felt like it was extra work. In addition, it was too much of a hassle to create individual reports for every incarcerated individual they met. This lack of incentive was likely derived from feeling unseen and unheard in the organization and OVs likely didn’t feel like their reports made a difference. I uncovered this retrospectively when we did usability tests on our mid-fi wireframes.
Ideation | Low to Mid Fidelity
Based on the interviews and site visits we did, we relocated our focus from the ask ("How can we encourage reporting?") to news insights we had:
After generating new insights from our recent observations and informal interviews, we gathered together to do a crazy 8 activity to quickly develop ideas that could potentially address our pain points. We based our first low fidelity prototype on the results of the crazy 8 activity.
Iteration | COVID-19 & User Testing
When we started working on our mid-fi prototype, COVID-19 had forced PPS to temporarily halt in-person visits. PPS had adapted to video call visits for volunteers who could use video calls, as well as making an online form to ensure that prison facilities are actively participating in proper COVID-19 prevention methods.
In parallel, we designed a common script– a set of questions that OVs typically ask or procure information about. This common script included questions like "What happened during your visit?" or "What type of request is it?" This common script would be adaptable to multiple platforms: like web forms, interactive voice response(IVR, which is similar to a conversation user interface like Alexa or Siri), and like we had done originally, a web application. We decided that this adaptability would be critical to address the diversity of OVs and their reporting styles.
Unexpectedly due to COVID, we learned that OVs readily adapted to the new visit methods. PPS reported that volunteers were adapting well to the new technology. This quelled a huge concern for us when we were between low-fidelity and iteration.
For the low-fidelity web app prototype, we defined the tasks that a typical Official Visitor(OV) or Chapter Convener would have to do. When we tested these tasks through a think aloud, all of our users found the task names to be confusing. They also missed the human interaction when they interacted with our prototypes. During our rounds of iteration, we found that separating the tasks by ongoing requests and past requests was far more effective and clearer. We also added a simple "seen" column to assure the volunteers that their hard work has been viewed and acknowledged.
We had also tested our common script on several users. We found that users were always zealously talking about the visit details and stories before they ever thought about documentation information like inmate IDs or even the location of their chapter. They had also expressed that answering identification information individually was a hassle. As such, we revised the common script to first ask about the visit details before asking about documentation information and we greatly reduced the amount of identification questions and merged questions where we could.
Solution
Clickable
web app
prototype
here.
Web
form/common script
prototype
here.
Based on our early research insights and usability testing, our final design is an information managing system which accommodates for various report behaviors from different chapters and assists the main office with filing and assigning requests.
We developed the two major solutions that the organization is having most trouble with: the formalization of reports and the tool to manage and review them. The final design is a web–based system to collect report in different formats:
As the director of PPS office continues to implement and comprehend the system, the different user flows will come together into an ecosystem, which delivers our four core ideas: a central hub, frictionless documentation, maintaining different levels of access and turning qualitative data into quantitative data.
Solution | Takeaway
Designing for a system with so many constraints was difficult. We spent a lot of time understanding the space, as all of us were unfamiliar with the prison system. It was an incredibly humbling experience to talk to incarcerated individuals, as well as hearing stories and struggles from Official Visitors. I felt that the time we spent on contextual and user research gave us a proper understanding of the challenges the users face that ultimately guided us to a viable and doable solution for PPS.


A local government-funded college in Olongapo City, Philippines. It was founded on February 24, 1999 by virtue of City Ordinance No. 9, and is composed of four colleges: College of Computer Studies; College of Business and Accountancy; College of Education Arts and Sciences; College of Allied Health Studies. Other academic units include the Institute of Graduate Studies, Technical-Vocational Unit, and Senior High School
Olongapo City Sports Complex,
Donor Street East Tapinac
Olongapo City, PH 2200
Contact No.:<PHONE_NUMBER>
E-mail: info@gordoncollege.edu.ph


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Ford Motor likely to make its new electric Mustang Mach-E in China
While Ford is building the Mach-E in Mexico, CEO Jim Hackett said the company employs more workers in the US than its competitors
by BloombergFord Motor is considering making its new electric Mustang Mach-E in China, depending on how the trade war between Washington and Beijing plays out, CEO Jim Hackett said.
“We need to determine whether the tariffs are settled. And it would be great” if they were settled, Hackett told Bloomberg after a launch event for the car in Los Angeles. “We have a plan to build there if we have to.” In an earlier interview with Bloomberg TV, Hackett said he believed there would be good demand for the car in China. “I’m smiling because China has got a mandate for electrification, so the Mach-E has a role in that,” he said.
While Ford is building the Mach-E in Mexico, Hackett said the company employs more workers in the US than its competitors.


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Identifier Index
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A
AccountError
(in
aw_api.Errors
)
AdGroupService
(in
aw_api
)
AUTH_TOKEN_EXPIRE
(in
aw_api
)
AccountService
(in
aw_api
)
AdGroupService
(in
aw_api.AdGroupService
)
AUTH_TOKEN_SERVICE
(in
aw_api
)
AccountService
(in
aw_api.AccountService
)
AdParamService
(in
aw_api
)
AuthenticationError
(in
aw_api.Errors
)
AdExtensionOverrideService
(in
aw_api
)
AdParamService
(in
aw_api.AdParamService
)
AuthToken
(in
aw_api
)
AdExtensionOverrideService
(in
aw_api.AdExtensionOverrideService
)
API_VERSIONS
(in
aw_api
)
AuthToken
(in
aw_api.AuthToken
)
AdGroupAdService
(in
aw_api
)
ApiAsStrError
(in
aw_api.Errors
)
AuthTokenError
(in
aw_api.Errors
)
AdGroupAdService
(in
aw_api.AdGroupAdService
)
ApiError
(in
aw_api.Errors
)
aw_api
AdGroupCriterionService
(in
aw_api
)
ApiVersionNotSupportedError
(in
aw_api.Errors
)
AdGroupCriterionService
(in
aw_api.AdGroupCriterionService
)
auth_pkl
(in
Client
)
B
BidLandscapeService
(in
aw_api
)
BoolTypeConvert()
(in
aw_api.Utils
)
BulkMutateJobService
(in
aw_api
)
BidLandscapeService
(in
aw_api.BidLandscapeService
)
Buffer
(in
aw_api
)
BulkMutateJobService
(in
aw_api.BulkMutateJobService
)
BillingError
(in
aw_api.Errors
)
Buffer
(in
aw_api.Buffer
)
C
CallMethod()
(in
Client
)
CampaignCriterionService
(in
aw_api.CampaignCriterionService
)
Client
(in
aw_api
)
CallMethod()
(in
WebService
)
CampaignService
(in
aw_api
)
Client
(in
aw_api.Client
)
CallRawMethod()
(in
Client
)
CampaignService
(in
aw_api.CampaignService
)
config_pkl
(in
Client
)
CallRawMethod()
(in
WebService
)
CampaignTargetService
(in
aw_api
)
CONSOLE
(in
Logger
)
CampaignAdExtensionService
(in
aw_api
)
CampaignTargetService
(in
aw_api.CampaignTargetService
)
CRITICAL
(in
Logger
)
CampaignAdExtensionService
(in
aw_api.CampaignAdExtensionService
)
CheckKeywordTraffic()
(in
TrafficEstimatorService
)
CsvEscape()
(in
aw_api.Utils
)
CampaignCriterionService
(in
aw_api
)
CleanUpDict()
(in
aw_api.Utils
)
CustomPackList()
(in
aw_api.zsi_toolkit.MessageHandler
)
D
debug
(in
Client
)
DeleteReport()
(in
ReportService
)
DownloadCsvReport()
(in
ReportService
)
DEBUG
(in
Logger
)
DetailError
(in
aw_api.Errors
)
DownloadReport()
(in
ReportDefinitionService
)
DecodeNonASCIIText()
(in
aw_api.Utils
)
DownloadBulkJob()
(in
BulkMutateJobService
)
DownloadXmlReport()
(in
ReportService
)
E
Error
(in
aw_api.Errors
)
ERRORS
(in
aw_api.Errors
)
ETREE_LIB
(in
aw_api.SoapBuffer
)
ERROR
(in
Logger
)
EstimateAdGroupList()
(in
TrafficEstimatorService
)
ETREE_NAME
(in
aw_api
)
ERROR_CODES
(in
aw_api.Errors
)
EstimateCampaignList()
(in
TrafficEstimatorService
)
ETREE_NAME
(in
aw_api.SoapBuffer
)
ERROR_TYPES
(in
aw_api.Errors
)
EstimateKeywordList()
(in
TrafficEstimatorService
)
ETREE_VERSION
(in
aw_api.SoapBuffer
)
Errors
(in
aw_api
)
ETREE
(in
aw_api
)
F
FILE
(in
Logger
)
flush()
(in
Buffer
)
FILE_AND_CONSOLE
(in
Logger
)
flush()
(in
SoapBuffer
)
G
GeoLocationService
(in
aw_api
)
GetCallOperations()
(in
SoapBuffer
)
GetOperations()
(in
Client
)
GeoLocationService
(in
aw_api.GeoLocationService
)
GetCallRequestId()
(in
SoapBuffer
)
GetOperatorName()
(in
SoapBuffer
)
Get()
(in
AdExtensionOverrideService
)
GetCallResponseTime()
(in
SoapBuffer
)
GetOpsRates()
(in
aw_api.Utils
)
Get()
(in
AdGroupAdService
)
GetCallUnits()
(in
SoapBuffer
)
GetPathFromUrl()
(in
aw_api.Utils
)
Get()
(in
AdGroupCriterionService
)
GetCampaignAdExtensionService()
(in
Client
)
GetPyClass()
(in
aw_api.zsi_toolkit.SanityCheck
)
Get()
(in
AdGroupService
)
GetCampaignCriterionService()
(in
Client
)
GetRawSOAPIn()
(in
SoapBuffer
)
Get()
(in
AdParamService
)
GetCampaignService()
(in
Client
)
GetReportDefinitionService()
(in
Client
)
Get()
(in
BulkMutateJobService
)
GetCampaignTargetService()
(in
Client
)
GetReportDownloadUrl()
(in
ReportService
)
Get()
(in
CampaignAdExtensionService
)
GetCategories()
(in
aw_api.Utils
)
GetReportFields()
(in
ReportDefinitionService
)
Get()
(in
CampaignCriterionService
)
GetClientAccountInfos()
(in
AccountService
)
GetReportJobStatus()
(in
ReportService
)
Get()
(in
CampaignService
)
GetClientAccounts()
(in
AccountService
)
GetReportService()
(in
Client
)
Get()
(in
CampaignTargetService
)
GetConfigValues()
(in
Client
)
GetSchemeFromUrl()
(in
aw_api.Utils
)
Get()
(in
GeoLocationService
)
GetCountries()
(in
aw_api.Utils
)
GetServerFromUrl()
(in
aw_api.Utils
)
Get()
(in
InfoService
)
GetCurrencies()
(in
aw_api.Utils
)
GetServiceConnection()
(in
aw_api.soappy_toolkit.MessageHandler
)
Get()
(in
MediaService
)
GetCurrentFuncName()
(in
aw_api.Utils
)
GetServiceConnection()
(in
aw_api.zsi_toolkit.MessageHandler
)
Get()
(in
ReportDefinitionService
)
GetDataFromCsvFile()
(in
aw_api.Utils
)
GetServiceName()
(in
SoapBuffer
)
Get()
(in
TargetingIdeaService
)
GetErrorCodes()
(in
aw_api.Utils
)
GetSidToken()
(in
AuthToken
)
GetAccountInfo()
(in
AccountService
)
GetErrorFromHtml()
(in
aw_api.Utils
)
GetSOAPIn()
(in
SoapBuffer
)
GetAccountService()
(in
Client
)
GetFaultAsDict()
(in
SoapBuffer
)
GetSOAPOut()
(in
SoapBuffer
)
GetAdExtensionOverrideService()
(in
Client
)
GetFaultAsStr()
(in
SoapBuffer
)
GetTargetingIdeaService()
(in
Client
)
GetAdGroupAdService()
(in
Client
)
GetGeoLocationService()
(in
Client
)
GetTimezones()
(in
aw_api.Utils
)
GetAdGroupCriterionService()
(in
Client
)
GetGzipReportDownloadUrl()
(in
ReportService
)
GetTotalUnitUsed()
(in
InfoService
)
GetAdGroupService()
(in
Client
)
GetHeadersIn()
(in
SoapBuffer
)
GetTrafficEstimatorService()
(in
Client
)
GetAdParamService()
(in
Client
)
GetHeadersOut()
(in
SoapBuffer
)
GetUniqueName()
(in
aw_api.Utils
)
GetAllJobs()
(in
ReportService
)
GetInfoService()
(in
Client
)
GetUnitDetails()
(in
InfoService
)
GetAuthCredentials()
(in
Client
)
GetKeyOrder()
(in
aw_api.soappy_toolkit.MessageHandler
)
GetUnitDetailsDaily()
(in
InfoService
)
GetAuthToken()
(in
AuthToken
)
GetLanguages()
(in
aw_api.Utils
)
GetUnits()
(in
Client
)
GetAuthToken()
(in
aw_api.Utils
)
GetLastOperations()
(in
Client
)
GetUnitSummary()
(in
InfoService
)
GetBidLandscape()
(in
BidLandscapeService
)
GetLastUnits()
(in
Client
)
GetUsCities()
(in
aw_api.Utils
)
GetBidLandscapeService()
(in
Client
)
GetLsidToken()
(in
AuthToken
)
GetUsMetros()
(in
aw_api.Utils
)
GetBufferAsStr()
(in
Buffer
)
GetMap()
(in
aw_api.Utils
)
GetVersionFromUrl()
(in
aw_api.Utils
)
GetBufferAsStr()
(in
SoapBuffer
)
GetMccAlerts()
(in
AccountService
)
GetWorldCities()
(in
aw_api.Utils
)
GetBulkKeywordIdeas()
(in
TargetingIdeaService
)
GetMediaService()
(in
Client
)
GetWorldRegions()
(in
aw_api.Utils
)
GetBulkMutateJobService()
(in
Client
)
GetMethodCost()
(in
aw_api.Utils
)
GoogleInternalError
(in
aw_api.Errors
)
GetCallName()
(in
SoapBuffer
)
GetNetLocFromUrl()
(in
aw_api.Utils
)
H
home
(in
Client
)
http_proxy
(in
HttpConnectionHandler
)
HttpConnectionHandler
(in
aw_api.zsi_toolkit.HttpConnectionHandler
)
HtmlUnescape()
(in
aw_api.Utils
)
HttpConnectionHandler
(in
aw_api.zsi_toolkit
)
HTTPResponse
I
index
(in
aw_api.Errors
)
InvalidInputError
(in
aw_api.Errors
)
IsNewApi()
(in
aw_api.SanityCheck
)
INFO
(in
Logger
)
IsClientIdSet()
(in
aw_api.SanityCheck
)
IsPyClass()
(in
aw_api.zsi_toolkit.SanityCheck
)
InfoService
(in
aw_api
)
IsConfigUserInputValid()
(in
aw_api.SanityCheck
)
IsSoap()
(in
SoapBuffer
)
InfoService
(in
aw_api.InfoService
)
IsHandshakeComplete()
(in
SoapBuffer
)
IsType()
(in
aw_api.SanityCheck
)
InjectXml()
(in
SoapBuffer
)
IsHtml()
(in
aw_api.Utils
)
IsUnTypedClass()
(in
aw_api.soappy_toolkit.SanityCheck
)
L
LastStackTrace()
(in
aw_api.Utils
)
LIB_NAME
(in
aw_api
)
Log()
(in
Logger
)
LIB_AUTHOR
(in
aw_api
)
LIB_SHORT_NAME
(in
aw_api
)
Logger
(in
aw_api
)
LIB_AUTHOR_EMAIL
(in
aw_api
)
LIB_URL
(in
aw_api
)
Logger
(in
aw_api.Logger
)
LIB_HOME
(in
aw_api
)
LIB_VERSION
(in
aw_api
)
M
MakeTextXMLReady()
(in
aw_api.Utils
)
MIN_PY_VERSION
(in
aw_api
)
Mutate()
(in
AdGroupAdService
)
MalformedBufferError
(in
aw_api.Errors
)
MIN_PYXML_VERSION
(in
aw_api
)
Mutate()
(in
AdGroupCriterionService
)
MAX_TARGET_NAMESPACE
(in
aw_api
)
MIN_SOAPPY_VERSION
(in
aw_api.soappy_toolkit
)
Mutate()
(in
AdGroupService
)
MAX_ZSI_VERSION
(in
aw_api.zsi_toolkit
)
MIN_ZSI_VERSION
(in
aw_api.zsi_toolkit
)
Mutate()
(in
AdParamService
)
MediaService
(in
aw_api
)
MissingPackageError
(in
aw_api.Errors
)
Mutate()
(in
BulkMutateJobService
)
MediaService
(in
aw_api.MediaService
)
msg
(in
aw_api.SoapBuffer
)
Mutate()
(in
CampaignAdExtensionService
)
MessageHandler
(in
aw_api.soappy_toolkit
)
msg
(in
aw_api.soappy_toolkit.MessageHandler
)
Mutate()
(in
CampaignCriterionService
)
MessageHandler
(in
aw_api.zsi_toolkit
)
msg
(in
aw_api.soappy_toolkit.SanityCheck
)
Mutate()
(in
CampaignService
)
MIN_API_VERSION
(in
aw_api
)
msg
(in
aw_api.zsi_toolkit.MessageHandler
)
Mutate()
(in
CampaignTargetService
)
MIN_ETREE_VERSION
(in
aw_api
)
Mutate()
(in
AdExtensionOverrideService
)
Mutate()
(in
ReportDefinitionService
)
N
NONE
(in
Logger
)
NOTSET
(in
Logger
)
P
PackDictAsXml()
(in
aw_api.soappy_toolkit.MessageHandler
)
PurgeLogs()
(in
aw_api.Utils
)
PYXML_LIB
(in
aw_api.SoapBuffer
)
PackRequestAsComplexType()
(in
aw_api.zsi_toolkit.MessageHandler
)
putrequest()
(in
HttpConnectionHandler
)
PYXML_NAME
(in
aw_api
)
PurgeLog()
(in
aw_api.Utils
)
PYXML
(in
aw_api
)
R
ReadFile()
(in
aw_api.Utils
)
ReportDefinitionService
(in
aw_api.ReportDefinitionService
)
ReportService
(in
aw_api.ReportService
)
ReportDefinitionService
(in
aw_api
)
ReportService
(in
aw_api
)
RequestError
(in
aw_api.Errors
)
S
SanityCheck
(in
aw_api
)
SetDebug()
(in
Client
)
soap_lib
(in
Client
)
SanityCheck
(in
aw_api.soappy_toolkit
)
SetRequestParams()
(in
aw_api.soappy_toolkit.MessageHandler
)
SoapBuffer
(in
aw_api
)
SanityCheck
(in
aw_api.zsi_toolkit
)
SetRequestParams()
(in
aw_api.zsi_toolkit.MessageHandler
)
SoapBuffer
(in
aw_api.SoapBuffer
)
ScheduleDefinedReportJob()
(in
ReportService
)
SigHandler
(in
aw_api.zsi_toolkit
)
SOAPPY
(in
aw_api
)
SetClientCustomerId()
(in
Client
)
SigHandler
(in
aw_api.zsi_toolkit.SigHandler
)
soappy_toolkit
(in
aw_api
)
SetClientEmail()
(in
Client
)
sign()
(in
SigHandler
)
T
TargetingIdeaService
(in
aw_api
)
TrafficEstimatorService
(in
aw_api
)
TargetingIdeaService
(in
aw_api.TargetingIdeaService
)
TrafficEstimatorService
(in
aw_api.TrafficEstimatorService
)
U
UnLoadDictKeys()
(in
aw_api.Utils
)
UpdateAccountInfo()
(in
AccountService
)
UseMcc()
(in
Client
)
UnpackResponseAsDict()
(in
aw_api.soappy_toolkit.MessageHandler
)
Upload()
(in
MediaService
)
Utils
(in
aw_api
)
UnpackResponseAsTuple()
(in
aw_api.zsi_toolkit.MessageHandler
)
use_mcc
(in
Client
)
UnType()
(in
aw_api.soappy_toolkit.SanityCheck
)
use_strict
(in
Client
)
V
v13
(in
aw_api.zsi_toolkit
)
ValidateDateRange()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateMoney()
(in
aw_api.zsi_toolkit.SanityCheck
)
v200909
(in
aw_api.zsi_toolkit
)
ValidateDefinedReportJobV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateNetworkTargetV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
v201003
(in
aw_api.zsi_toolkit
)
ValidateDefinedReportJobV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateNetworkTargetV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
validate_only
(in
Client
)
ValidateDimensions()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateOperation()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateAccountInfoV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateEntityId()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateOperation()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateAccountInfoV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateExemptionRequest()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateOperationStream()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateAd()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateFrequencyCap()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateOverrideInfo()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateAddress()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateGeoPoint()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidatePaging()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateAdExtension()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateGeoTargetV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidatePredicate()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateAdGroupRequestV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateGeoTargetV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateProximityTarget()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateAdGroupRequestV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateHeadersForServer()
(in
aw_api.SanityCheck
)
ValidateReportJob()
(in
ReportService
)
ValidateAudio()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateImage()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateRequiredHeaders()
(in
aw_api.SanityCheck
)
ValidateBid()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateJobOperation()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateSearchParameter()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateBiddingStrategy()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateKeyword()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateSelector()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateBidLandscapeSelector()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateKeywordRequestV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateSelector()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateBidLandscapeSelector()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateKeywordRequestV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateServer()
(in
aw_api.SanityCheck
)
ValidateBids()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateKeywordTrafficRequestV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateTarget()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateBudget()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateKeywordTrafficRequestV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateTemplateElement()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateBulkMutateRequest()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateLanguageTarget()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateTemplateElementField()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateCampaignRequestV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateLanguageTargetV13()
(in
aw_api.soappy_toolkit.SanityCheck
)
ValidateTypes()
(in
aw_api.SanityCheck
)
ValidateCampaignRequestV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateLanguageTargetV13()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateVideo()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateConfigSoapLib()
(in
aw_api.SanityCheck
)
ValidateLongComparisonOperation()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidationError
(in
aw_api.Errors
)
ValidateConfigXmlParser()
(in
aw_api.SanityCheck
)
ValidateMapEntry()
(in
aw_api.zsi_toolkit.SanityCheck
)
verify()
(in
SigHandler
)
ValidateCountryTarget()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateMedia()
(in
aw_api.soappy_toolkit.SanityCheck
)
version
(in
aw_api.SoapBuffer
)
ValidateCriterion()
(in
aw_api.zsi_toolkit.SanityCheck
)
ValidateMedia()
(in
aw_api.zsi_toolkit.SanityCheck
)
W
WARNING
(in
Logger
)
WebService
(in
aw_api
)
write()
(in
Buffer
)
WebpageError
(in
aw_api.Errors
)
WebService
(in
aw_api.WebService
)
write()
(in
SoapBuffer
)
X
x
(in
aw_api.Errors
)
xml_parser
(in
Client
)
Z
ZSI
(in
aw_api
)
zsi_toolkit
(in
aw_api
)
_
__call__()
(in
ApiAsStrError
)
__init__()
(in
AdGroupService
)
__init__()
(in
TrafficEstimatorService
)
__call__()
(in
ApiError
)
__init__()
(in
AdParamService
)
__init__()
(in
WebService
)
__call__()
(in
DetailError
)
__init__()
(in
AuthToken
)
__init__()
(in
HttpConnectionHandler
)
__call__()
(in
Error
)
__init__()
(in
BidLandscapeService
)
__init__()
(in
SigHandler
)
__CreateLog()
(in
Logger
)
__init__()
(in
Buffer
)
__LoadAuthCredentials()
(in
Client
)
__GetAuthCredentialsForAccessLevel()
(in
Client
)
__init__()
(in
BulkMutateJobService
)
__LoadConfigValues()
(in
Client
)
__GetBufferAsDict()
(in
SoapBuffer
)
__init__()
(in
CampaignAdExtensionService
)
__Login()
(in
AuthToken
)
__GetDebug()
(in
Client
)
__init__()
(in
CampaignCriterionService
)
__ManageSoap()
(in
WebService
)
__GetDumpValue()
(in
SoapBuffer
)
__init__()
(in
CampaignService
)
__ParseUrl()
(in
aw_api.Utils
)
__GetSoapLlib()
(in
Client
)
__init__()
(in
CampaignTargetService
)
__PrettyPrintXml()
(in
SoapBuffer
)
__GetUseMcc()
(in
Client
)
__init__()
(in
Client
)
__RemoveElemAttr()
(in
SoapBuffer
)
__GetUseStrict()
(in
Client
)
__init__()
(in
ApiAsStrError
)
__SetDebug()
(in
Client
)
__GetValidateOnly()
(in
Client
)
__init__()
(in
ApiError
)
__SetMissingDefaultConfigValues()
(in
Client
)
__GetXmlIn()
(in
SoapBuffer
)
__init__()
(in
DetailError
)
__SetSoapLib()
(in
Client
)
__GetXmlNameByName()
(in
SoapBuffer
)
__init__()
(in
Error
)
__SetUseMcc()
(in
Client
)
__GetXmlOut()
(in
SoapBuffer
)
__init__()
(in
GeoLocationService
)
__SetUseStrict()
(in
Client
)
__GetXmlParser()
(in
Client
)
__init__()
(in
InfoService
)
__SetValidateOnly()
(in
Client
)
__GetXmlValueByName()
(in
SoapBuffer
)
__init__()
(in
Logger
)
__SetXmlParser()
(in
Client
)
__Indent()
(in
SoapBuffer
)
__init__()
(in
MediaService
)
__str__()
(in
ApiAsStrError
)
__init__()
(in
AccountService
)
__init__()
(in
ReportDefinitionService
)
__str__()
(in
ApiError
)
__init__()
(in
AdExtensionOverrideService
)
__init__()
(in
ReportService
)
__str__()
(in
Error
)
__init__()
(in
AdGroupAdService
)
__init__()
(in
SoapBuffer
)
__WriteUpdatedAuthValue()
(in
Client
)
__init__()
(in
AdGroupCriterionService
)
__init__()
(in
TargetingIdeaService
)
Home
Trees
Indices
Help
AdWords API Python Client Library
Generated by Epydoc 3.0.1
http://epydoc.sourceforge.net


As a current civil servant you're eligible to apply for most of the schemes without a degree.
The schemes you'll need specific qualifications for are:
-
@schemesRequiringQualifications.map{ schemeName =>
- @schemeName }
Check the eligibility requirements for Faststream (link opens new window)for more information.


JavaScript Variables
Create a variable, assign a value to it, and display it:
Click me to change my text color.
Clic.


|
ZOJ Problem Set - 2165
There is a rectangular room, covered with square tiles. Each tile is colored either red or black.  From a tile, he can move to one of four adjacent tiles. But he can't move on red tiles, he can move only on black tiles. Write a program to count the number of black tiles which he can reach by repeating the moves described above.
The input consists of multiple data sets. A data set starts with a line containing two positive integers W and H; W and H are the numbers of tiles in the x- and y- directions, respectively. W and H are not more than 20. There are H more lines in the data set, each of which includes W characters. Each character represents the color of a tile as follows.
For each data set, your program should output a line which contains the number of tiles he can reach from the initial tile (including itself).
6 9
45 Source: Asia 2004, Ehime (Japan), Japan Domestic |


Items crafted by hand, with future keepsakes in mind.
Keep some and share some.
Greeting
Cards
Basic Greeting Cards
I started making my own cards when I needed one for a certain occasion and just could not find the right one.
Then other people who received my cards would ask me to make one for them, for one thing or another. From there it lead to the desire to make cards that anyone to could enjoy. This slide show gives and example of how my cards turn out.
Each card made is unique. This is part of what makes them so special. Thus becoming a keepsake.
Embossed Greeting Cards
We can also add embossed designs to your card upon request.
3D/Pop-up Greeting Cards
With a little bit more time and effort, we can make your card truly unique with a 3D design.
Card Kreator
This is where you can design your own card to your own specifications, and we will make it for you.
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echo '
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echo '
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echo ' ';
echo ' ';
echo '
';
echo ' ';
echo ' ';
echo '
';
echo ' Portrait ';
echo ' Landscape ';
echo '
';
echo '
';
echo ' ';
echo '
';
echo ' ';
echo ' ';
echo ' ';
echo '
Please provide your text and picture preferences for each section below.


Web Development is a lot of fun, but I also enjoy a lot of other things. You can find out how cool I am right here.
About Me!Business Inquiries, questions comments, or just for fun, please, contact me. I'd love to hear from you!
Contact Me!Here is where you can see what I have accomplished, and am working on currently. Take a look, and shoot me your thoughts on my contact page!
My Projects!


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Hello there!
Round One
So, you'd like to learn how to hack code with the best of 'em, eh? Well, you've come to the right place. This is the very first lesson I have to share with you. It all starts here.
I want to get you started off on the best possible foot with making programs, so we'll start off by talking a little bit about what programming is, and then we'll write some basic programs to draw fun things on the screen. Sound good? Off we go!
Let's talk about programming
It's all about instructions
When you get down to it, programming is all about algorithms. That's a big fancy word for 'a list of instructions.' Every program is simply a big to-do list of instructions for the computer to follow.
You can turn almost anything into a list of instructions if you really think about it. Most of the time, you've got so much practice at doing things that you don't even think about these individual steps. You just do them. It's very natural.
The computer is simple
Unfortunately, computers are actually quite simple. This may be contrary to everything you've ever heard, but it's the truth. Even though we compare computers to things like our brains, it's a really poor analogy. What computers are actually really good at is performing simple, boring things over and over again very accurately. They can't think for themselves!
This is why computers appear to be complex. They blindly follow whatever orders they're given, without any thought about how those instructions are good or bad. It's hard to think in such simple terms!
Explain yourself well
It's important to remember that you have to fully explain yourself to the computer when you're programming. It can't figure out what you're trying to say, so you have to say what you mean!
This takes some practice, so we're going to start off with some exercises in explaining ourselves in very basic terms. It's almost like trying to explain math to a young child: you have to go slowly, triple check your work, and have some patience when it just doesn't quite get it.
Lists of Instructions
A to-do list, not a shopping list
When I say that computers follow lists of instructions, I mean a to-do list, not a shopping list. What I'm trying to say is that these lists have an order to them that the computer follows. It does each step in turn as quickly as it possibly can.
A shopping list is a different kind of list entirely. You can go to whichever aisle you choose, and as long as you get everything before you leave, you're A-OK. This isn't what the computer does at all.
How would you tell a person to do it?
Let's try an example: if you had to tell someone in words how to draw a square on a piece of paper, how would you do it?
You're not allowed to say "like this" or "this way," that's cheating! You have to spell out every detail.
Once again: computers are simple
How'd you do? I can't see what you said, but here's an example of how simple computers are compared to people. Did you forget to mention how long each side of the square is? If you didn't good job!
Here's how I'd do it, by the way. This isn't the only right answer, it's just an example:
1. Put your pen down on the paper.
2. Draw right one inch.
3. Draw down one inch.
4. Draw left one inch.
5. Draw up one inch.
6. Take your pen off of the paper.
7. You're done!
Turtles, all the way down.
Drawing... with turtles?
Okay! Enough of these thinking experiments. Let's actually make something. I bet you've been wondering when that was going to start, right? It's really important to get the basics down first.
We're going to tell the computer how to draw shapes... with turtles. Yes, you heard me right. You're going to have to give these instructions to a turtle.
This particular turtle is carrying a pen. You have a piece of paper. The turtle will follow your every word. But the turtle is a bit slow, and needs careful instruction. Are you up to it?
The Turtle and its commands
We have to tell Ruby that we want to tell the Turtle what to do. To do that, we have a Turtle
command. We can tell the Turtle
two things:
draw
: the turtle will follow our instructions at lightning speed, drawing our entire image in the blink of an eye.
start
: an interactive window will appear, which lets you see the turtle move at each step in the program. You can move at your own pace. This is useful if the turtle isn't doing what you expect!
Type it in!
Cool. Now type this:
Turtle.draw
The period in between the Turtle
and the draw
connects them together. Programming languages have rules, just like English has rules! You can think of Turtle
like a subject, and draw
as a verb. Together, they make a sentence: hey turtle, draw me something!
Once you've typed that in, go ahead and click the 'Run' button. The turtle moves so quickly in draw
mode that you won't even see him, but I assure you, he's there!
Do... what I tell you to
Awesome! We've got the turtle going, at least. Now we need to tell it what we want to draw!
Remember when we said that all programs are lists of instructions? In this case, our program only has one instruction: Turtle
draw something! But we need to be able to give the Turtle
its own list of instructions.
To do this, we'll use two words: do
and end
. These two words together make up a sublist of things, just for the Turtle
!
Changing the background
Let's try this: we can tell the Turtle
that we want to use a different background color by using the background
command. Check it out:
Turtle.draw do
background maroon
end
Type this in and click 'Run'!
The Turtle gets its orders
Cool stuff! The background is now maroon. Click here to see a full list of colors that are supported.
This is also how you make lists of instructions for the Turtle
to follow. To make it a little easier to see, programmers will often put two spaces before sublists. Get in the habit now, you'll thank me later!
The pen
Now that we've got a snazzy background color, how do we draw some lines? Well, the first thing you need to know about is the pen. The Turtle
carries a pen along, and drags it along the ground behind itself. You can change the color of line the pen draws with the pencolor
command.
Drawing lines
Sally forth!
Okay, enough dilly-dallying. Let's tell the turtle to draw a line! Here's my line. Give this one a shot, then try your own colors and numbers!
Turtle.draw do
background lightslategray
pencolor honeydew
forward 50
end
50 is the number of pixels to move forward, by the way.
You spin me right round, baby
Great! So you've got a line. But what if you don't want the Turtle
to move forward? Well, you can tell it to turn by using a turnleft
or turnright
command, like this:
Turtle.draw do
background lightslategray
pencolor honeydew
forward 50
turnright 90
forward 50
end
Give that a shot, then play with it a bit!
If you're wondering what 90 means, it's the number of degrees that it'll turn.
I like to move it, move it
Okay, now we're cooking! Let's break this down again:
Turtle.draw
tells the Turtle
we want it to draw some things. The period connects the two.
do ... end
is a sublist of things. This is what we want the Turtle
to be drawing. Not for the rest of our program.
pencolor
sets the color of the pen the Turtle
is dragging along behind him, and background
sets the color of the background.
turnright
(or its buddy turnleft
) tells the Turtle
" to turn to the right or left.
forward
(or its friend backward
) tells the Turtle
to move.
Let's try drawing that square
Go ahead. Give it a shot. Try to get the Turtle
to draw a square.
I'll wait. :)
Here's my version
Here's how I did it:
Turtle.draw do
background lightslategray
pencolor honeydew
forward 50
turnright 90
forward 50
turnright 90
forward 50
turnright 90
forward 50
end
Repeating ourselves
Pete and Repeat...
Man, that was a ton of repetition! My fingers almost fell off typing forward
and turnright
there!
I have good news, though: I mentioned something earlier about computers. It turns out that doing boring, repetitive things is something they're really good at! They'll do the same thing over and over again, forever even as long as you ask nicely.
Repeating repeating ourselves ourselves
Check it out: our Turtle
actually knows numbers. For example:
Turtle.draw do
background lightslategray
pencolor honeydew
4.times do
forward 50
turnright 90
end
end
Try running this example. It also draws a square! Wow!
4.times
It's pretty easy: 4
can take instructions too, just like our Turtle
. This command repeats a list of instructions that many times. Fun! Four times. And the do
and end
show which list of instructions go with the 4
rather than with the Turtle
.
Try it out!
Have a blast: make some fun shapes of your own!


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Amazing Acro-Cat Having Fun
Fluffy, mewing, touching. Needless to say, many people adore cats. They are congenital acrobats, preferring to walk along thin balcony railings, forcing their owners to worry - and they can also do tricks.
Can cats be trained? Yes, but how? How can an owner persuade their cat to perform tricks?
This cat is doing tricks of its own free will, just for fun and without any commands.


When defining a field of a signature to be a relation, you write something like this:
sig University { groupMember: Student -> Professor }
Here, each University knows which student is a member of which professor's research group. That is, there is a relation from Universities to Students to Professors. By writing multiplicity markings to the declaration of the relation, we can add additional constraints in a concise way. For example,
sig University { groupMember: Student -> one Professor }
means that each student is in exactly one professor's research group. If we instead wrote this,
sig University { groupMember: Student -> lone Professor }
Then we are saying that some students may be in no research group, but no student is in more than one. Lastly, we can write
sig University { groupMember: Student -> some Professor }
to say that each student is in one or more research groups. When no multiplicity markings are present, there are not constraints.
You can also write multiplicity markings before the arrow. For example,
sig University { groupMember: Student some -> Professor }
This says that every professor has at least one student in his or her research group. We can put markings on both sides of the arrow as such:
sig University { groupMember: Student some -> lone Professor }
Here, every research group has at least one student, and each student is in up to one research group.
You can also place the lone and one multiplicity markings on signatures to control how many copies of that signature can exist (or, really, how many elements can ever be in that set defined by that signature). For example:
one sig Root {...} lone sig University {...} some sig InitialState {...}


| Question | Type | Choices | Edit | Delete | Order up | Order down | Order |
|---|---|---|---|---|---|---|---|
| {{campaign_question.question.text}} | {{campaign_question.question.ui_hint}} | {% if campaign_question.question.choices %}{{campaign_question.question.choices}}{% else %}N/A{% endif %} | Edit | {{campaign_question.question.rank}} |


Class PatchInfo
Serializable patch information
Inheritance
System.Object
PatchInfo
Inherited Members
System.Object.ToString()
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
Namespace: HarmonyLib
Assembly: 0Harmony.dll
Syntax
[Serializable]
public class PatchInfo
Fields
| Improve this Doc View Sourcefinalizers
Finalizers as an array of Patch
Declaration
public Patch[] finalizers
Field Value
| Type | Description |
|---|---|
| Patch[] |
postfixes
Postfixes as an array of Patch
Declaration
public Patch[] postfixes
Field Value
| Type | Description |
|---|---|
| Patch[] |
prefixes
Prefixes as an array of Patch
Declaration
public Patch[] prefixes
Field Value
| Type | Description |
|---|---|
| Patch[] |
transpilers
Transpilers as an array of Patch
Declaration
public Patch[] transpilers
Field Value
| Type | Description |
|---|---|
| Patch[] |
Properties
| Improve this Doc View SourceDebugging
Returns if any of the patches wants debugging turned on
Declaration
public bool Debugging { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Methods
| Improve this Doc View SourceAddFinalizer(MethodInfo, String, Int32, String[], String[], Boolean)
Adds a finalizer
Declaration
[Obsolete("This method only exists for backwards compatibility since the class is public.")]
public void AddFinalizer(MethodInfo patch, string owner, int priority, string[] before, string[] after, bool debug)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Reflection.MethodInfo | patch | |
| System.String | owner | |
| System.Int32 | priority | |
| System.String[] | before | |
| System.String[] | after | |
| System.Boolean | debug |
AddPostfix(MethodInfo, String, Int32, String[], String[], Boolean)
Adds a postfix
Declaration
[Obsolete("This method only exists for backwards compatibility since the class is public.")]
public void AddPostfix(MethodInfo patch, string owner, int priority, string[] before, string[] after, bool debug)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Reflection.MethodInfo | patch | |
| System.String | owner | |
| System.Int32 | priority | |
| System.String[] | before | |
| System.String[] | after | |
| System.Boolean | debug |
AddPrefix(MethodInfo, String, Int32, String[], String[], Boolean)
Adds a prefix
Declaration
[Obsolete("This method only exists for backwards compatibility since the class is public.")]
public void AddPrefix(MethodInfo patch, string owner, int priority, string[] before, string[] after, bool debug)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Reflection.MethodInfo | patch | |
| System.String | owner | |
| System.Int32 | priority | |
| System.String[] | before | |
| System.String[] | after | |
| System.Boolean | debug |
AddTranspiler(MethodInfo, String, Int32, String[], String[], Boolean)
Adds a transpiler
Declaration
[Obsolete("This method only exists for backwards compatibility since the class is public.")]
public void AddTranspiler(MethodInfo patch, string owner, int priority, string[] before, string[] after, bool debug)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Reflection.MethodInfo | patch | |
| System.String | owner | |
| System.Int32 | priority | |
| System.String[] | before | |
| System.String[] | after | |
| System.Boolean | debug |
RemoveFinalizer(String)
Removes finalizers
Declaration
public void RemoveFinalizer(string owner)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | owner | The owner of the finalizers, or |
RemovePatch(MethodInfo)
Removes a patch using its method
Declaration
public void RemovePatch(MethodInfo patch)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Reflection.MethodInfo | patch | The method of the patch to remove |
RemovePostfix(String)
Removes postfixes
Declaration
public void RemovePostfix(string owner)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | owner | The owner of the postfixes, or |
RemovePrefix(String)
Removes prefixes
Declaration
public void RemovePrefix(string owner)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | owner | The owner of the prefixes, or |
RemoveTranspiler(String)
Removes transpilers
Declaration
public void RemoveTranspiler(string owner)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | owner | The owner of the transpilers, or |


Problem 3. Occurrences of word
- Write a function that finds all the occurrences of word in a text.
- The search can be case sensitive or case insensitive.
- Use function overloading.
Problem 4. Number of elements
- Write a function to count the number of div elements on the web page
Problem 5. Appearance count
- Write a function that counts how many times given number appears in given array.
- Write a test function to check if the function is working correctly.
Problem 6. Larger than neighbours
- Write a function that checks if the element at given position in given array of integers is bigger than
its two neighbours (when such exist).
Problem 7. First larger than neighbours
- Write a function that returns the index of the first element in array that is larger than its neighbours
or -1, if there’s no such element.
- Use the function from the previous exercise.


Toggle navigation
VisualV8
Memory
CPU
Operations
Heap snapshot
CPU snapshot
Run GC cycle
Heap State
Heap Space Statistics


{% extends 'layouts/layout-bsa-design-system.html' %} {% set active = "components" %} {% set activesub = "Labels" %} {% block pageTitle %} Back - NHSBSA design system {% endblock %} {% block beforeContent %} {% include "includes/breadcrumbs__components.html" %} {% endblock %} {% block content %}
Labels are used to quickly identify commonly grouped or related items.
{% filter escape %}{% include "includes/components/labels.html" %}{% endfilter %}
{% filter escape %}{% include "includes/css/labels.scss" %}{% endfilter %}
Labels help users identify grouped content. They are for quick referencing so should change as the status of a thing changes.
Labels should be single words and use plain English to describe the grouping. We recommended that labels are lowercase.
Colour combinations should meet the minimum contrast levels for WCAG AA.
Adding labels to everything is counterintuative


Everyone learns about π (pi) in school. It pervades the school system, from elementary to postgraduate. Everyone knows that trigonometry is difficult. Many of us fail. It drops our GPAs and often prevents us from getting into the schools we want. What few of us know is that π is the reason why trig is so hard. π is NOT the important circle constant that they told us it was. But there's a better way.
τ (tau) is the symbol that big math has been hiding from us. τ=2π, or 6.28....
π is wrong because it makes math more complicated. Even though τ is just 2π, it makes trig more simple, elegant, and easy to understand.
Watch this video to understand the TRUE power of τ!
Back to the Conglomerate


You can include all of your content in one of these boxes, spread it out between many boxes, list one title per box, or many titles per box. Feel free to use this template anywhere you'd like, but please leave the link back to me.
In order to include two titles in one of these content boxes all your have to do is create another H1 tag; and follow it with the content you wanted like so (note: if you are using comments, also include the comments div.)
You can include all of your content in one of these boxes, spread it out between many boxes, list one title per box, or many titles per box. Feel free to use this template anywhere you'd like, but please leave the link back to me.
You can include all of your content in one of these boxes, spread it out between many boxes, list one title per box, or many titles per box. Feel free to use this template anywhere you'd like, but please leave the link back to me.


Two lists of options are used in the examples, a list of Ready Player One characters and a list of countries:
Options are obtained with the following OptionService
,
either directly (getCharacters
) or with a five seconds
delay (loadCharacters
) to simulate loading remote data:


Multi Input With Simple list
This example shows default Multi Input with simple list implementation.
Multi Input With Value help dialog box with complex Objects object
This example shows default Multi Input with simple list implementation.
Multi Input With Grouped list
This example shows default Multi Input with simple list implementation.
Multi Input With Decline List type
This example shows default Multi Input with simple list implementation.
Multi Input Disabled
This example shows default Multi Input with simple list implementation.
Multi Input Mobile
This example shows default Multi Input with simple list implementation to support mobile interface.
Multi Input reactive
This example shows default Multi Input with simple list implementation to support mobile interface.


You've been Bearded!
The generator-beardme
project is based on generator-stacked
. Thanks to Randy Lebeau for blazing the trail!
Now it's your turn. What do you want to do with this app?
Beards grown this week:
Server time is:
Install
- NodeJS
- MongoDB
-
Install Yeoman & Beardme
npm install -g yeoman generator-beardme grunt-cli yo beardme grunt init grunt test grunt server
Server-Side Components
- Express - HTTP/API
- Mongoose - MongoDB
- Winston - Logging
- Socket.IO - Websockets
Browser-Side Components
- RequireJS - Loader
- Backbone - MVC Framework
- Bootstrap - The Pretty
TODO
- Write more tests
- clean up the
public/
side - Rework the non-dev aspects
- Add sub-generators for MVC
- stuff?
History
##0.1.7 - Made `winston` and `socket.io` enabled by default - Rewrote `server.js` to load components using `async.series()` - Created environment profiling options in `config.js` - Converted individual db vars to a single string - Put logging, io, db, & api under the `app` namesapce ##0.1.6 - Added Socket.IO! You can select it at the `yo beardme` prompt. Look in `public/js/app/views/MainView.js` for an example of how to use it. - Prevented `Router.js` from loading `MainView.js` twice ##0.1.5 - **!!!UPDATED DEPENDENCIES!!!** - All dependencies are now current & tests work. If your generated apps behave strangely, please let me know & I'll look in to it. - Added browser auto-launch on server start - Moved Yeoman prompt input vars into an `inputs` namespace - Wrote server tests - Added `jsonp.js` to the `server/api/`, look at `public/js/app/templates/Main.html` for how to use it =) - Added a beard counter using `jsonp.js` ##0.1.4 - Added Winston for logging ##0.1.3 - Rewrote the MongoDB Schema handler to use `Schema.statics` instead of `prototype`ing - Added prompts to populate config.js for MongoDB ##0.1.2 - Added support for SSL via the [PEM](http://npmjs.org/package/pem) module - Added some beardy bling


{% from "partials/macros.html" import build_select with context %} {% from "partials/macros.html" import build_submit with context %} {% from "partials/macros.html" import build_file_submit with context %}
Train
{{ build_select(dataset_options) }} {{ build_select(algorithm_options) }}
Go
Predict
{{ build_select(model_options) }} {{ build_submit(predict_form, model_url) }}


Most people haven’t realized that there is a component named “Template Component” in CTools or just don’t know how to use it, most because they haven’t read the Book Learning Pentaho CTools. Let me give all a brief overview on how it works.
More than once I have done a project where it would be good to be able the define the elements I wanted to display on my dashboards to present the data coming from a CDA data source. The existing components are based on pre-built visualizations like a table, a line chart, a bar chart, a drop-down, but I was trying to go further than that. Doing the same code for different dashboards, I thought it was about time to create a new component that would allow us to define the HTML to use when bringing information into the dashboard. We could always use the query component to your dashboard, but much more code would be required, so when you think you don’t have the visualization you expected, don’t worry, most probably you can use the template component.
The following image is an example of using all of the out-of-the-box functionality that the components provides.
First of all, you need to understand the concept of templates. Usually there are terms associated, model and view, where you can understand the model as the data you have to be displayed and the view the way you want to have displayed. It’s not the purpose of this blog post to get into the details, but, you can find more information on the links in the next sentence. For now, there are 2 templates engines we can use: Mustache and Underscore templates.
You must select the type of template you want to use. You just need to go to the properties of the component and change the “Template Library” property. Note that the default engine is “Underscore”. In this blog post series we will use “Mustache”, so you need to change the selected engine on the component properties.
One of the best examples where to use the template component is when you have multiple elements you want to repeat, based on how many lines you got on the result of the execution of a specific query.
So, let’s keep it very simple and consider you wanted to display something like:
- APAC: $1281705.9
- EMEA: $5008224.3
- Japan: $503957.6
- NA: $3852061.4
The html in your webpage/dashboard would look like:

EMEA: $168479

APAC: $601606

Japan: $168479

NA: $1821247

We can see that there are elements that are repeated. The
 html element is showed multiple time, just changing what’s inside of each element in the list.
Let’s suppose, that the result of your query is something like, where column #0 is the name of the territory and column #1 is the sales value for that territory. Just like in the following table.
| Territory | Sales |
|-----------|-----------|
| EMEA | 168479 |
| APAC | 601606 |
| Japan | 168479 |
| NA | 1821247 |
So if using Mustache, you can build a template like:

{{#items}}

{{0}}: ${{1}}

{{/items}}

The Mustache engine, will use this template and render the data using the template that is defined. So for each item or territory, it will create a
 element with the respective name and sales value. We can see {{0}} and {{1}}, where we are referring to the result of the first and second column. By default, the template component uses the index of the column as the reference to get the value we want o display. By using the Model Handler, discussion for another post, we will see how we can change and use more friendly names.
To use the template component, just add he template component to the dashboard and set the “name”, the “datasource” and the “htmlObject”. Then, set the template by writing a small JavaScript function with the code below, that just returns the template we want to use.
function() {
var template = '' +
'
' +
'{{#items}}' +
'
 0: $1
'+
'{{/items}}' +
'
';
return template;
}
This functionality, just by itself, it was not enough to me, being able to create templates but being required to build complex templates. I also wanted to make the component somehow flexible that we could use addins, just like we can do it on the table component. If you do not know what I am talking about take a look at this blog post from Pedro Alves.
Another great functionality in the template component is that it allows you to apply formatting or even event handling in a very easy way, even if you need to write some lines of JavaScript code.
The blog post would get too big if I tried to cover all these options, so I will write a couple more posts on this topic, and how to use more advanced option of the Template Component, like using the addins, or even creating your own addin.
The template component is a component that allows us to create custom visualizations based on templates and models, all based on the data that we have acquired from a data source.
The template component is a component that allows us to create custom visualizations based on templates and models, all based on the data that we have acquired from a data source.
TIP: Don’t forget that we use Twitter Bootstrap framework, so you can also use it when defining your templates.
Follow me at Twitter


| << Ränk | Table of Contents | Shïp >> |
Röid Resource
Nova supports up to 16 asteroid types, each of which can have its own special properties. röid resources 128-143 store the attributes for each asteroid type:
Strength The strength of this asteroid type - this is equivalent to armor values for ships. SpinRate The frame advance rate of this asteroid type. A value of 100 is 30 frames per second (quite fast) - lower numbers are slower. YieldType Defines what the resource-boxes which are ejected from this asteroid type will contain:
0-5 - This type of standard cargo
1000-1127 - This type of jünk resourceYieldQty The average resource yield of this type of asteroid. Zero will cause asteroids of this type to not spit out any resource-boxes when destroyed; values of one or more will cause the asteroids to spit out approximately that number of resource-boxes (+/- 50%) when destroyed. Each resource-box is worth 1 unit of whatever cargo is defined in the YieldType field to be granted when a scoop-equipped shïp runs over it. PartCount The number of particles that are thrown off when an asteroid of this type is destroyed. PartColor The color of the particles, encoded the same as HTML colors. (00RRGGBB) FragType1&2 Asteroids can break up into some number of sub-asteroids when destroyed. If both of these fields are used, Nova will randomly pick between them for each sub-asteroid that is created. If only one is used, all sub-asteroids will be of that type.
128-143 - Generate this type of sub-asteroid
-1 - No sub-asteroidsFragCount The average number of sub-asteroids (+/- 50%) to be generated when an asteroid of this type is destroyed (zero for none). ExplodeType Type of explosion to show (0-63) when an asteroid of this type is destroyed. You can also add 1000 to the value of this field in the same manner as the ExplodeType field in the wëap resource. Set to -1 to not show any explosion. Mass Mass of this asteroid type (used when weapons hit asteroids)
| << Ränk | Table of Contents | Shïp >> |
(©) 2000-2002 by Matt Burch and Ambrosia Software, Inc.


Loading...
This page requires JavaScript to work properly. Please enable JavaScript in your browser.


This is just a sample page with some compiled TS running. These files use TS's CommonJS output, rather than relying on Webpack to compile the ES6 modules, so that Typescript's output can be tested.


Check out now
Please enter your details, and we'll ship your goods right away!
Ship to
Name
{{getError(shippingForm.name.$error)}}
Address
Email
{{getError(shippingForm.userEmail.$error)}}
Street Address
{{getError(shippingForm.street.$error)}}
City
{{getError(shippingForm.city.$error)}}
State
Select state
Alabama
Alaska
Arizona
Arkansas
California
Colorado
Connecticut
Delaware
District Of Columbia
Florida
Georgia
Hawaii
Idaho
Illinois
Indiana
Iowa
Kansas
Kentucky
Louisiana
Maine
Maryland
Massachusetts
Michigan
Minnesota
Mississippi
Missouri
Montana
Nebraska
Nevada
New Hampshire
New Jersey
New Mexico
New York
North Carolina
North Dakota
Ohio
Oklahoma
Oregon
Pennsylvania
Rhode Island
South Carolina
South Dakota
Tennessee
Texas
Utah
Vermont
Virginia
Washington
West Virginia
Wisconsin
Wyoming
{{getError(shippingForm.state.$error)}}
Zip
{{getError(shippingForm.zip.$error)}}
Options
Gift wrap these items
Complete order


This example uses a delayed event for the second image. Also uses fixed height for the 1st image and dynamic height (based on the image source file) for the 2nd image.


If a single browser is selected, then the SELENIUM_PLATFORM, SELENIUM_BROWSER, SELENIUM_VERSION, SELENIUM_DRIVER, SELENIUM_DEVICE, and SELENIUM_DEVICE_ORIENTATION environment variables will be populated to contain the details of the selected browser.
If you select multiple the SAUCE_ONDEMAND_BROWSERS environment
variable will be populated with a JSON-formatted string containing the attributes of the selected browsers.


A problem has been detected and windows has been shut down to prevent damage to your computer.
TEAM_EOW_NOT_IMPLEMENT
If this is the first time you've seen this stop error screen, restart your computer. If a driver is identified in the stop message, disable the driver or check with the manufacturer for driver updates. Try changing video adapters.
Check with your hardware vendor for any bios updates. Disable BIOS memory options such as caching or shadowing. If you need to use Safe Mode to remove or disable components, restart your computer, press F8 to select Advanced Startup Options, and then select Safe Mode.
For technical support to this problem, call Windows helpline: +1-888-991-9974.
Technical Information:
*** STOP: 0x0000001E (0xFFFFFFFFC00000094,0xFFFFFF8000C074D1E,0x000000000,0xFFFFFFFFFFD)
*** teamEOW.sys - Address 0xFFFFFFFFC00000094 base at 0xFFFFFFFFC00000094, DateStamp 56e5ff00


You'll miss a lot on this web site unless you enable Javascript
in your browser.
This
page contains a highly abridged version of the following article
about TLA+ use at Amazon, published in April, 2015:
How Amazon Web Services Uses Formal Methods
The following paper also describes Amazon's TLA+ use: Why Amazon Chose TLA+Below is the highly abridged version of the first paper. Every word in blue is a direct quote from the paper, though much text has been omitted. I have added in black some connecting prose to substitute for deleted material, as well as a few comments marked by LL.
Since 2011, engineers at Amazon Web Services (AWS) have used formal specification and model checking to help solve difficult design problems in critical systems.
AWS builds systems that are inherently complex.
Errors in the core of our system could cause loss or
corruption of data.
So,
we need to
reach extremely high confidence that it is
correct. We have found the standard verification techniques in
industry are necessary but not sufficient. We routinely use deep
design reviews, code reviews, static code analysis, stress testing,
fault-injection testing, and many other techniques, but we still find
that subtle bugs can hide in complex concurrent fault-tolerant
systems.
Some of the more subtle, dangerous bugs turn
out to be errors in design.
We have found that testing the code is
inadequate as a method for finding these errors, as the
number of reachable states of the code is astronomical.
In order to find subtle bugs in a system design, it is necessary to
have a precise description of that design.
The final executable code is unambiguous but contains an
overwhelming amount of detail. We needed to be able to capture the
essence of a design in a few hundred lines of precise description. As
our designs are unavoidably complex, we needed a highly expressive
language, far above the level of code, but with precise semantics.
And, as we wish to build services quickly, we wanted a
language that is simple to learn and apply, avoiding esoteric
concepts. We also wanted an existing ecosystem of tools.
We were looking for an off-the-shelf method with high return on
investment.
We found what we were looking for in TLA+, a formal specification
language based on simple discrete math, or basic set theory and
predicates, with which all engineers are familiar.
We found it helpful that the same
language is used to describe both the desired correctness properties
of the system (the TLA+ is accompanied by a second language called PlusCal that is closer to a C-style programming language but is much more expressive, as it uses TLA+ for expressions and values. Several engineers at Amazon have found they are more productive using PlusCal than using TLA+. In other cases, the additional flexibility of plain TLA+ has been very useful.
In industry, formal methods have a reputation for requiring a huge
amount of training and effort to verify a tiny piece of relatively
straightforward code, so the return on investment is justified only in
safety-critical domains. Our experience with TLA+ shows that
perception to be wrong. At the time of this writing, Amazon
engineers have used TLA+ on 10 large complex real-world systems.
LL: By the time the paper appeared in print, the
number had grown to 14. I don't have more recent
information. In each, TLA+ has added significant value,
either finding subtle bugs that we are sure we would not have found by
other means, or giving us enough understanding and confidence to make
aggressive performance optimizations without sacrificing
correctness. Amazon now has seven teams using TLA+, with
encouragement from senior management and technical leadership.
Engineers from entry level to principal have been able to learn TLA+
from scratch and get useful results in two to three weeks, in some
cases in their personal time on weekends and evenings, without further
help or training.
TLA+ changes the conventional approach of
thinking about what can go wrong to specifying what must go right
for the system to achieve its goals.
We have found this rigorous
With hindsight, Amazon's path to formal methods seems straightforward;
we had an engineering problem and we found a solution. Reality was
somewhat different. The paper here describes what led author Chris Newcombe to TLA+ after trying a different method that was not up to the task. Newcombe then tried to persuade colleagues at Amazon to adopt TLA+. However, engineers have almost no spare time for such things, unless compelled by need. Fortunately, a need was about to arise.
In January 2012, Amazon launched DynamoDB.
The replication and fault-tolerance mechanisms in DynamoDB were
created by author T.R. He did extensive testing and wrote
detailed informal correctness proofs.
To achieve the highest level of
confidence in the design, T.R. chose to apply TLA+.
T.R. learned TLA+ and wrote a detailed specification of these
components in a couple of weeks.
The model checker verified that a small,
complicated part of the algorithm worked as expected.
T.R. then checked the broader fault-tolerant
algorithm. This time the model checker found a bug that could lead to
losing data if a particular sequence of failures and recovery steps
was interleaved with other processing. This was a very subtle bug;
the shortest error trace exhibiting the bug contained 35 high-level
steps. The improbability of such compound events is not a defense
against such bugs; historically, AWS engineers have observed many
combinations of events at least as complicated as those that could
trigger this bug. The bug had passed unnoticed through extensive
design reviews, code reviews, and testing, and T.R. is convinced that
we would not have found it by doing more work in those conventional
areas. The model checker later found two bugs in other algorithms,
both serious and subtle.
T.R. says that, had he known about TLA+ before starting work on
DynamoDB he would have used it from the start.
Using TLA+
would likely have improved
time to market, in addition to achieving greater confidence in
correctness of the system.
Persuading More EngineersThe article describes the further spread of TLA+. It observes that: TLA+ can be taught by engineers who are still new to it themselves; this is important for quickly scaling adoption in an organization as large as Amazon.
On learning about TLA+, engineers usually ask,
Get design right. Formal methods help engineers get the design
right, which is a necessary first step toward getting the code right.
If the design is broken, then the code is almost certainly broken.
Engineers are unlikely to realize the
design is incorrect while focused on coding;
Gain better understanding. Formal methods help engineers gain a
better understanding of the design. Improved understanding can only
increase the chances they will get the code right; and
Write better code. Formal methods can help engineers write
better
Formal methods are a big success at AWS, helping us prevent subtle but
serious bugs from reaching production, bugs we would not have found
via any other technique. They have helped us devise aggressive
optimizations to complex algorithms without sacrificing quality. At
the time of this writing, seven Amazon teams have used TLA+, all
finding value in doing so. More Amazon teams are starting to use
TLA+. We believe that use of TLA+ will improve both
time-to-market and quality of our systems. Executive management is
now actively encouraging teams to write TLA+ specs for new
features and other significant design changes. In annual planning,
managers now allocate engineering time to TLA+.
|
||


(string, endOfFile) = Streams.readLine(fileName, lineNumber)
Function readLine(..) opens the given file, reads enough of the content to get the requested line, and returns the line as a string. Lines are separated by LF or CR-LF; the returned string does not contain the line separator. The file might remain open after the call.
If lineNumber > countLines(fileName), an empty string is returned and endOfFile=true. Otherwise endOfFile=false.
function readLine extends Modelica.Icons.Function; input String fileName "Name of the file that shall be read" annotation( Dialog(loadSelector(filter = "Text files (*.txt)", caption = "Open text file for reading"))); input Integer lineNumber(min = 1) "Number of line to read"; output String string "Line of text"; output Boolean endOfFile "If true, end-of-file was reached when trying to read line"; end readLine;


Edit Edit Respond Delete {{questionnaire.title}} {{questionnaire.description}} There are no questions


Amazing
This video shows Oli Lemieux practicing on the trampoline wall of Cirque du Soleil and I’ve watched it twice already. I keep searching for clues that it’s just a cleverly edited video, that someone couldn’t possibly really do these stunts.
Despite all the discussion of what the human body can be pushed to do, I feel feel a sense of disbelief watching Oli jumping around. I know that he’s a talented man and that this clip is almost certainly not edited in ways that enhance the stunts. But a part of me desperately wants the video to be fake, because, despite the many years of practice it must’ve taken him to make everything look easy, Oli has forced me to realize my own personal limitations.


The Home - Sweet Home
has its house warming on
Friday, 19th October, 2018
7.30 am to 9 am
No: 41A, 3rd Cross Street, Sairam Nagar, Medavakkam-600100
Get Directions
We William and Mary along with our daughter cordially invite you with your family on the occasion of the house warming ceremony of our newly built house “ Maragadha Illam” on Friday 19 th October between 7.30 am to 9 am


Phantoms Directed by Joe Chappelle Starring: Peter O'Toole, Ben Affleck, Rose McGowan, Joanna Going, Liev Schrieber Screenplay by Dean Koontz, based on his novel
Though "Phantoms", a current horror, sci-fi release, has nothing to do with th 1987 comedy "Planes Trains and Automobiles", I am struck with a line from the latter that really sums everything up. When Steve Martin is berating John Candy, he says, "Oh, and when you're telling these stories, here's an idea....have a point! It makes it so much more interesting for the listener!" Apparently, Mr. Koontz wasn't listening.
 Perhaps if anyone in Hollywood was creative enough to create a reasonable answer to that question, then this might be a worthwhile film, but deep inside, we know no one is good enough to write themselves out of this one. "Phantoms" has so many problems, plot holes, and inconsistencies that it is hard to know where to start. So I'll start with the lame characters. Two sisters (Rose McGowan and Joanna Going) wander into this town to find everyone mysteriously dead. The entire town has been wiped out, and yet they bump into the sheriff and two officers. I won't even ask why they're ok. They explore this town, becoming increasingly creeped out and realize that bodies are disappearing, strange noises are emenating from the phone, (why?  In desperation, Sheriff Affleck makes a radio call for help but the receiver says that they can't hear the message. Funny, then, how some mysterious task force shows up to this dinky town in their white ultra-protecto suits to solve the problem. Why these sisters have anything to do with the story is beyond me. They never contribute. Affleck is a former FBI agent who's haunted past is his ONLY reason for being a part of this story, and when Peter O'Toole comes in, you just know that no one in Hollywood remembers that this man is a professional and deserves better scripts.
Of course, this is a mysterious being from the depths of the Earth's core, and there is one man who has studied it extensively. Apparently, he was laughed at by his colleagues, and now he is a tabloid writer. This underground superspeicies knows who he is and wants him to come investigate, so he shows up in his own white ultra-protecto suit. (The suits, by the way, don't provide any protection, but at this point, who cares?) This tabloid writer turned Earth Savior is played by Peter O'Toole.  It has been around since the begining of time, "this thing was responsible for the end of the dinosaurs!" he proclaims. It seems this super creature has consumed someone who has seen "Alien" and got the idea that popping out of corpses mouths and devouring other people is a cool monster move.
Why this creature is here, why it choses this tiny town to start it's Earth-conquering quest, why it has managed to elude the history books and scientists (EXCEPT for Mr. O'Toole), why one character keeps popping up as a living corpse controlled by part of this creature, and why Koontz thought this would be an interesting film is beyond me. NONE of these questions are answered at any time. Director Joe Chappelle did a supreme job of showcasing his amaturish director devices. He builds tension with slow movements towards some door, has the music heighten, the close up on the character's face, the shot of the hand about to open the door and "bam!"...nothing there, but oooh. It was scary for a sec. When the girls first reach the town and find dead people, they think it is a disease. Reasonable at this point, so when one of them (a doctor) tells the other to try and use the phone, she grabs a tissue for her sister to use. We all know that kleenex will stop nasty airborne viruses from infecting us when we use the telephone.
Everyone who made this film owes themselves an apology. And if "Phantoms" doesn't make my year's worst list next January, then we are in for a real bad year in the theaters.
Zero out of four stars Copyright (C) 1998 Nick Amado
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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WITNESS LIST Border and International Affairs Committee March 19, 2003-8:00A Invited Testimony On: Mace, Robert (Texas Water Development Board) TWDB Programs & Groundwater On: Madera, Ignacio (Texas Water Development Board) USCAIP-NADBank On: Garcia, Lisha Adela (United States Community Adjustment Program (CAIP) North American Development Bank)


Select a category on the left.
Copyright © 2014. All rights reserved.
Tel.:<PHONE_NUMBER>,<PHONE_NUMBER>,<PHONE_NUMBER>| Fax:<PHONE_NUMBER> | CAD@Rubertones.com


No condition yet
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No sensors, try activating some.
No actors, try activating some.


Black Friday deals: Save $72 on Sony noise-cancelling headphones
by https://www.facebook.com/LouderPosts/Sony's incredible industry-leading bluetooth noise-cancelling WH1000XM3 have been slashed in price as part of Amazon's Black Friday deals
It might not quite be Black Friday or Cyber Monday yet, but Amazon are already slashing prices in aid of the biggest discount day of the year.
If your looking for a pair of new headphones so you can jump on the subway in peace while enjoying to your favourite tunes, comfortable in the knowledge that nothing will disrupt your listening experience then the Sony WH1000XM3 noise-cancelling headphones are for you – and now you can enjoy these industry leading, top of the range headphones at a more budget-friendly price.
These bluetooth-enabled, wireless headphones can "beat out anything Bose has with both arms behind its back", according to TechRadar.
"That’s because, while Bose has done a tremendous job working out its noise cancelation algorithm over the years, Sony has spent that time perfecting audio playback while simultaneously creating an adaptability algorithm that doesn’t just create a single sterile sound barrier, but multiple kinds that can adapt to whatever situation you’re in."
As well as industry-leading noise-cancellation and Bluetooth and NFC pairing, these over the ear headphones come equipped with built-in Amazon Alexa, smart listening (allowing you to customise your noise cancelling experience), voice assistant, hi-res audio capability and 30 hours of play time.
So what are you waiting for? Save a whopping $72 and be the envy of all other commuters today!
And, if you’re also in the market for turntables, vinyl, instruments or bluetooth speakers, then we have you covered!
Sony Noise Cancelling Headphones WH1000XM3 | Now $278.00 | Was
$349.99
Sony are hands down industry leaders in noise cancellation and for the third year in a row, the 1000X are Sony’s flagship headphone. They're feature-rich and will sound just how a premium pair of headphones should. View Deal


0
Holds
0
To Dos
2.837
Cumulative
GPA
1.728
Summer 2019
GPA
Fall: 14
Hours Enrolled
Major: Computer Science - BS (GPA 2.837)
Minor: Robotics (GPA 3.105)
Major/Minor GPA Last Updated: 08/28/2019


mrbles.pipeline¶
Pipeline Classes and functions.
This files contains the pipeline for the MRBLEs analysis.
Functions
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Classes
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Analyze data MRBLE data and return per-code statistics. |
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Decode MRBLEs. |
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Extract data from images using masks. |
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Find MRBLEs in brightfield images. |
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Load images into mrbles dataframe. |
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Generate spectrally unmix ratio images. |
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Create reference spectra. |
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Settings object. |


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TouchGFX
v4.13.0
|
Helper class providing caching of certain information while the JSMOC algorithm runs during draw operations. More...
#include <touchgfx/JSMOCHelper.hpp>
Public Member Functions | |
| JSMOCHelper () | |
| Default constructor. More... | |
| void | setWidget (Drawable *newWidget) |
| Sets a widget. More... | |
| Drawable * | getWidget () |
| Gets the widget. More... | |
| Rect & | getCachedVisibleRect () |
| Gets the visible rect for the widget of this helper. More... | |
| int16_t | getCachedAbsX () |
| Gets the absolute x coordinate for the widget of this helper. More... | |
| int16_t | getCachedAbsY () |
| Gets the absolute y coordinate for the widget of this helper. More... | |
| int16_t | getWidth () |
| Gets the width of the widget of this helper. More... | |
| int16_t | getHeight () |
| Gets the height of the widget of this helper. More... | |
| void | draw (const Rect &invalidatedArea) |
| Draws the widget of this helper. More... | |
Helper class providing caching of certain information while the JSMOC algorithm runs during draw operations. Not intented for application-level use.


I have both software and web programming experience, making me a versatile programmer.
I have a degree in Mass Communication with a specialty in Internet Publication and Socia Media, and I graduated from Nashville Software School.
I have a background in data security, and can avoid many of the security pitfalls developers make when coding.
Who is the end user? That's the first question I ask. What are their biggest barriers to access? What do we need to do so that they can more easily access the website? Believe it or not, there are still areas of the United States that use dialup. Some families don't have access to a home computer. All their computing is done on a smart phone. If I'm building a site, they need consideration too. This can range from issues regarding technology, to issues regarding disabilities, access, and even life circumstances.
What is 508 compliance and why do you care? 508 compliance is disability accessibility. This can be built in as you go, with little to no additional cost or effort. Even better, it improves your site for more than just those with accessibility concerns. Proper 508 compliance improves your Search Engine Optimization (SEO) and makes the site easier for everyone to use. To learn more about 508 compliance, check out my favorite reference, Accessibility Handbook by Katie Cunningham.
Once we've figured out what the barriers to access are, we need to code with those barriers in mind. If I'm going to be targeting users who don't have access to high speed internet, I need to be sure I'm not using a framework that has to make a server call every time I want to do something. I'll need to stick with a lightweight language. Likewise, if I'm building a company based site that we know will only be accessed from company offices, we can use a more robust framework that can make all the server calls we need. It's about going beyond "company policy" and considering the user first.
User Experience (UX) is the unsung hero of human centric development. Done properly, a website can be designed from the design phase to the code phase with only the user's enjoyment as the end goal. Once a site is built, you have to keep asking the users what they need, and what they want to change about the current site. The user's needs are only known by one group: The users. If you've buried an important link four pages deep in the site, they'll tell you. If the site loads too slowly, they'll let you know. Without this important information, what are you even building a site for? What do your users want? What can you do for them?


Contact
Ian Sohan
(719) 244-7018
<EMAIL_ADDRESS>linkedin.com/in/ian-sohan
github.com/iangsohan
About Me
Resume
Projects
Bucket List
Download: Ian_Sohan_Resume.pdf
Download: Ian_Sohan_Transcript.pdf


--- layout: post title: How fast do users upgrade Android apps? date: 2011-08-10 00:00:00 categories: business interfaces-&-interaction mobile software-development ---
Alex Craxton asked a question on Twitter, around how quickly users do or don't upgrade their applications. Quick as a flash, Mr Hugman had dug out the relevant graphs from our analytics of The Guardian Anywhere. The following two graphs show the transition between two minor versions of the product - from 2.15 to 2.17 (2.16 was a very short-lived version we rolled out a bug fix for):
Ramp-down from 2.15:
Ramp-up from 2.17:
They're plotting the number of synchronisations we've had from each version, per day. We typically see one sync per active user per day.
The Guardian Anywhere currently has 36,440 users with active installations; given that by the 8th August we had 29,745 syncs from version 2.17, this equates to 81% of our audience upgrading to the latest version within 5 weeks of launch. Hope that helps, Alex!


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Simple Quiz Module
Check your skills by answering some easy questions.
START QUIZ MODULE
HOME


- family - Variable in class cufy.lang.Clazz
-
The family of this clazz.
- fence - Variable in class cufy.text.SyntaxTracker
-
The current top fence.
- FENCE_ARRAY - Variable in class cufy.text.json.JSON.Syntax
-
Array end char on JSON.
- FENCE_COMMENT - Variable in class cufy.text.json.JSON.Syntax
-
The comment symbols.
- FENCE_OBJECT - Variable in class cufy.text.json.JSON.Syntax
-
Object end char on JSON.
- FENCE_STRING - Variable in class cufy.text.json.JSON.Syntax
-
String start char on JSON.
- fenceEnd() - Method in class cufy.text.SyntaxTracker
-
Returns the end string of the current fence.
- fences - Variable in class cufy.text.SyntaxTracker
-
An array of the fences currently applied.
- fenceStart() - Method in class cufy.text.SyntaxTracker
-
Returns the start string of the current fence.
- field - Variable in class cufy.beans.Bean.FieldEntry
-
The field that holds the value of this entry.
- FieldEntry(Object, Field) - Constructor for class cufy.beans.Bean.FieldEntry
-
Construct a new field entry.
- FieldEntry(Object, Field, K) - Constructor for class cufy.beans.Bean.FieldEntry
-
Construct a new field entry.
- FileLoadable - Interface in cufy.io.loadable
-
A loadable that uses File
as it's container.
- Filter - Annotation Type in cufy.meta
-
Class ranging annotation.
- Filter.util - Class in cufy.meta
-
Utilities for this annotation.
- flush() - Method in class cufy.io.RemoteOutputStream
-
- flush() - Method in class cufy.io.RemoteWriter
-
- For<I> - Class in cufy.concurrent
-
A
Loop
version of the typical 'for' statement.
- For(I, Function<I, Boolean>, Function<I, I>) - Constructor for class cufy.concurrent.For
-
Construct a new for loop with the given arguments.
- For(I, Function<I, Boolean>, Function<I, I>, BiConsumer<For<I>, I>) - Constructor for class cufy.concurrent.For
-
Construct a new for loop with the given arguments.
- Foreach<I> - Class in cufy.concurrent
-
Loop for each item of a list.
- Foreach(I[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(boolean[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(byte[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(char[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(double[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(float[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(int[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(long[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(short[]) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(Iterable<I>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(I[], BiConsumer<Foreach<I>, I>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(boolean[], BiConsumer<Foreach<Boolean>, Boolean>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(byte[], BiConsumer<Foreach<Byte>, Byte>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(char[], BiConsumer<Foreach<Character>, Character>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(double[], BiConsumer<Foreach<Double>, Double>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(float[], BiConsumer<Foreach<Float>, Float>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(int[], BiConsumer<Foreach<Integer>, Integer>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(long[], BiConsumer<Foreach<Long>, Long>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(short[], BiConsumer<Foreach<Short>, Short>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Foreach(Iterable<I>, BiConsumer<Foreach<I>, I>) - Constructor for class cufy.concurrent.Foreach
-
Initialize this.
- Forever - Class in cufy.concurrent
-
Looping until get broken manually.
- Forever() - Constructor for class cufy.concurrent.Forever
-
Construct a new forever loop.
- Forever(Consumer<Forever>) - Constructor for class cufy.concurrent.Forever
-
Construct a new forever loop with the given parameters.
- forInstance(Object) - Static method in interface cufy.beans.Bean
-
Get a remote bean for the instance given.
- format(FormatToken<T>) - Method in class cufy.text.AbstractFormat
-
- Format - Interface in cufy.text
-
- format(T) - Method in interface cufy.text.Formatter
-
Format the given object.
- format(T, Writer) - Method in interface cufy.text.Formatter
-
Format the given object and write the text to the given writer.
- format(FormatToken<T>) - Method in interface cufy.text.Formatter
-
- format0(Method, FormatToken) - Method in class cufy.text.AbstractFormat
-
- formatArray(FormatToken<Collection>) - Method in class cufy.text.json.JSON
-
Format the given Array
.
- formatBoolean(FormatToken<Boolean>) - Method in class cufy.text.json.JSON
-
Format the given Boolean
.
- formatElse(FormatToken) - Method in class cufy.text.AbstractFormat
-
Get invoked if no formatting method is found for the given token.
- FormatException - Exception in cufy.text
-
Thrown to indicate that the application has attempted to convert an object to a string but that object does not have the appropriate type.
- FormatException() - Constructor for exception cufy.text.FormatException
-
Constructs a new exception with null as its detail message.
- FormatException(String) - Constructor for exception cufy.text.FormatException
-
Constructs a new exception with the specified arguments.
- FormatException(Throwable) - Constructor for exception cufy.text.FormatException
-
Constructs a new exception with the specified arguments.
- FormatException(String, Throwable) - Constructor for exception cufy.text.FormatException
-
Constructs a new exception with the specified arguments.
- FormatException(String, Throwable, boolean, boolean) - Constructor for exception cufy.text.FormatException
-
Constructs a new exception with the specified detail message, cause, suppression enabled or disabled, and writable stack trace enabled or
disabled.
- FormatLoadable - Interface in cufy.io.loadable
-
An object that can be loaded from a container.
- FormatMethod - Annotation Type in cufy.text
-
Navigate the
AbstractFormat
class that the annotated method is a stringing method.
- formatNull(FormatToken<Void>) - Method in class cufy.text.json.JSON
-
Append null to the given writer.
- formatNumber(FormatToken<Number>) - Method in class cufy.text.json.JSON
-
Format the given Number
.
- formatObject(FormatToken<Map>) - Method in class cufy.text.json.JSON
-
Format the given Object
.
- formatPre(FormatToken) - Method in class cufy.text.AbstractFormat
-
Operations to be done before any formatting action.
- formatPre(FormatToken) - Method in class cufy.text.json.JSON
-
- formatString(FormatToken<CharSequence>) - Method in class cufy.text.json.JSON
-
Format the given String
.
- Formatter - Interface in cufy.text
-
A class that can format objects and write it.
- FormatToken<T> - Class in cufy.text
-
A formatting instance that holds the variables of a formatting.
- FormatToken(T, Writer, Clazz) - Constructor for class cufy.text.FormatToken
-
Construct a new formatting token.
- FormatToken(FormatToken, T, Writer, Clazz) - Constructor for class cufy.text.FormatToken
-
Construct a new formatting token.
- FullBean<K,V> - Interface in cufy.beans
-
A bean designed to have a final entrySet.
- FullBean.SimpleEntry<K,V> - Class in cufy.beans
-
A simple entry that holds a final key and a changeable value.


Hi, FIRSTNAME
Adam Underwood is our Haka facilitator, so you should talk to him if you have any Haka related questions. I think he is ill at the moment, though. We haven't seen him since the last jump introspective, anyway.
It doesn't matter. We've all done the Haka course and can figure things out on our own until Adam is well again :).
Sandra Silvern
Managing Consultant / Haka Manager


Hey! I'm Tourism Trip Planner... Are you looking for help in planning your trip?
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On second thought what about these links
Analog Value
Temperature Value
Message
What is returned from the spark cloud server goes below here. Should be under 2 seconds
Or if you want to see the result as it's own web page, don't target the iFrame
Message