Control buttons:
↑,←, ↓,→ or W,A,S,D - direction
0-9 - speed, spacebar - stop
Z - decrease speed, X - increase speed
C - decrease size, V - increase size
Direction:
Speed:
Size:
Control buttons:
↑,←, ↓,→ or W,A,S,D - direction
0-9 - speed, spacebar - stop
Z - decrease speed, X - increase speed
C - decrease size, V - increase size
Direction:
Speed:
Size:


Fish with 'human face' spotted in lake - and it's really creeping people out
People on social media have been thoroughly creeped out by a video doing the rounds of a fish, with a very human-like face
by Courtney Pochin, https://www.facebook.com/courtneypochinmirror/?modal=admin_todo_tourRecently an adorable dog went viral for having a face that looked more human than canine.
The cute pooch, named Nori, baffled people online who thought his face had been digitally altered.
But now there's another strange animal shocking people on the internet, only this one lives in water instead of on land.
A rather unusual fish has been spotted in a lake in China, which appears to have some very odd markings on its face, causing it to look quite human.
A visitor to a village outside the city of Kunming in south China captured a video of the creepy carp.
The video was shared on Weibo, a Chinese social media platform and in the clip the fish can be seen swimming to the edge of the lake and poking its head above the surface of the water.
On the fish's head are dark dots which look like two eyes, two vertical lines which resemble the sides of a nose and one horizontal one underneath where a mouth would be.
During the clip a woman can be heard saying: "The fish has turned into a fairy."
People were understandably freaked out by the sight.
One person commented: "This is scary."
Another replied: "Who dares to eat it?"
The video was later shared on Twitter by a user called @Unexplained where it creeped out more people.
"Holy s***," proclaimed one user.
Someone else wrote: "I am so freaked out right now."
Others compared the fish to Voldemort, an alien and the animated fish from the 2004 film Shark Tale.
This isn't the first time someone has seen a human-like carp.
Back in 2010, a 44-year-old British man claimed that a carp he had bought five months before had begun to develop human-like facial features.
Brendan O'Sullivan from Dagenham, Essex, said: "It was astonishing. I could easily make out from the markings two eyes, a nose and a mouth.
"I thought I was suffering from sunstroke."
The fish was believed to be worth an estimated £40,000.


| Figure 1 |
Gymnocarpos przewalskii |
| Figure 2 |
Geographical distributions in northwestern China for cpDNA a ... |
| Figure 3 |
The haplotype networks in G. przewalskii. The red circle rep ... |
| Figure 4 |
Above, UPGMA dendrogram between the 17 populations of G. prz ... |
| Figure 5 |
The phylogenetic relationships among G. przewalskii species ... |
| Figure 6 |
Divergence dating (Ma BP.) of both cpDNA and ITS haplotypes ... |
| Figure 7 |
Mismatch distributions based on the cpDNA sequences and ITS ... |
| Figure 8 |
Modeling distribution of G. przewalskii onto the LGM and cur ... |


The virtual world where you can build and explorer 3D creations, play games and socialize.
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{% extends "base.html" %} {% block title %}WattTime Beta{% endblock %} {% block content %}
Your account is currently deactivated, and you will not receive any further emails or text messages from us. You can reactivate your account at any time.
{% else %} {% if phone_verified %}Congratulations {{ name }}, you are signed up to receive WattTime SMS alerts!
{% else %} {% if phone_blank %}If you provide your phone number and then verify it, you will receive text messages about the electricity supply for your state with the frequency you specify.
{% else %}Your phone number has not been verified yet. If you verify your phone number, you will receive text messages about the electricity supply for your state with the frequency you specified.
{% endif %} {% endif %}You can personalize your account settings for added control and convenience. Here are your current settings:
Name |
{{ name }} |
Email address |
{{ email }} |
State |
{{ state }} |
Phone number |
{{ phone_number }} |
Message frequency |
{{ message_frequency }} |
Receive a morning forecast by email? |
{{ morning_forecast }} |
Equipment I have access to: |
{{ equipment }} |
Hear about future experimental features? |
{{ beta_test }} |
(And if you wish to stop receiving any emails or text messages from us, you may deactivate your account at any time.)
{% endif %} {% endblock %}


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Here at Paradise Island Resort, we pride ourselves on making this island your dream come true. Do you want shark infested waters? No problem, we can make it happen! Is your dream to hunt feral pigs and roast them over a driftwood fire? That can happen too!


| Package | Description |
|---|---|
| com.intuit.ipp.data |
Copyright (c) 2017 Intuit
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
| com.intuit.ipp.exception | |
| com.intuit.ipp.interceptors | |
| com.intuit.ipp.serialization | |
| com.intuit.ipp.serialization.custom | |
| com.intuit.ipp.services |
| Class and Description |
|---|
| Account
Account is a component of a Chart Of Accounts, and
is part of a Ledger.
|
| AccountBasedExpenseLineDetail
Product: ALL
Description: Account based expense
detail for a transaction line.
|
| AccountClassificationEnum
Java class for AccountClassificationEnum.
|
| AccountSubTypeEnum
Java class for AccountSubTypeEnum.
|
| AccountTypeEnum
Java class for AccountTypeEnum.
|
| AcquiredAsEnum
Java class for AcquiredAsEnum.
|
| AdvancedInventoryPrefs
QBW: only.
|
| APCreditCardOperationEnum
Java class for APCreditCardOperationEnum.
|
| Attachable
Product: ALL
Description: Describes the details of
the attachment.
|
| AttachableCategoryEnum
Java class for AttachableCategoryEnum.
|
| AttachableRef
Product: ALL
Description: Describes the details of the attachable and provides information such as where they are referenced and custom fields.
|
| AttachableResponse
AttachableResponse entity describing the response of upload results
|
| Attribute
Java class for Attribute complex type.
|
| Attributes
Java class for Attributes complex type.
|
| BatchItemRequest
QueryResponse entity describing the response of query
|
| BatchItemResponse
QueryResponse entity describing the response of query
|
| Bill
Bill is an AP transaction representing a
request-for-payment from a third party for goods/services rendered
and/or received
|
| BillableStatusEnum
Java class for BillableStatusEnum.
|
| BillPayment
Financial transaction representing a Payment by
check issued to pay one or more bills received from 3rd party
(vendor) for purchased goods or services.
|
| BillPaymentCheck
Java class for BillPaymentCheck complex type.
|
| BillPaymentCreditCard
Java class for BillPaymentCreditCard complex type.
|
| BillPaymentTypeEnum
Java class for BillPaymentTypeEnum.
|
| BooleanTypeCustomFieldDefinition
Product: ALL
Description: Provides for strong-typing of the BooleanType CustomField.
|
| Budget
Describes Budget specifications
|
| BudgetDetail
Describes budget details for each budget
|
| BudgetEntryTypeEnum
Java class for BudgetEntryTypeEnum.
|
| BudgetTypeEnum
Java class for BudgetTypeEnum.
|
| Cascade
Product: QBO Description: Object representing cascading events on entities resulting from a transaction event.
|
| CascadeResponse
Product: QBO Description: Holder for a collection of Cascade objects.
|
| CashBackInfo
Java class for CashBackInfo complex type.
|
| CashPurchase
Cash based expense type definition
|
| CCAVSMatchEnum
Java class for CCAVSMatchEnum.
|
| CCPaymentStatusEnum
Java class for CCPaymentStatusEnum.
|
| CCSecurityCodeMatchEnum
Java class for CCSecurityCodeMatchEnum.
|
| CCTxnModeEnum
Java class for CCTxnModeEnum.
|
| CCTxnTypeEnum
Java class for CCTxnTypeEnum.
|
| CDCQuery
CDCQuery entity describing need for query
|
| CDCResponse
QueryResponse entity describing the response of query
|
| ChargeCredit
Financial transaction representing a request for
credit on payment for
goods or services that have been sold.
|
| CheckPayment
Product: ALL
Description: Check payment details for
both payments to vendors and payments from customers.
|
| CheckPurchase
Financial Transaction information that pertains to
the entire Check.
|
| Class
Classes provide a way to track different segments
of the business, and to break down the income and expenses for each
segment.
|
| ColData
One ColData can contain one column
|
| Column
Describes a column
|
| Columns
List of columns
|
| ColumnTypeEnum
Java class for ColumnTypeEnum.
|
| Company
Describes Company information
|
| CompanyAccountingPrefs
Defines Company Accounting Prefs details
|
| CompanyCurrency
Company currency are the currencies used by the
company.
|
| CompanyInfo
Describes Company information
|
| ContactInfo
Product: ALL
Description: Contact information identified by Type.
|
| ContactTypeEnum
Java class for ContactTypeEnum.
|
| CreditCardPayment
Product: ALL
Description: Information about a
payment received by credit card.
|
| CreditCardPurchase
Financial Transaction information that pertains to
the entire Check.
|
| CreditCardTypeEnum
Java class for CreditCardTypeEnum.
|
| CreditChargeInfo
Product: ALL
Description: Holds credit-card information to request a credit card payment from a merchant account service, but NOT any response or authorization information from the merchant account service provider -- see CreditChargeResponse
|
| CreditChargeResponse
Product: ALL
Description: Holds credit-card transaction response information from a merchant account service, but not any credit card or payment request information - see CreditChargeInfo.
|
| CreditMemo
Financial transaction representing a refund (or
credit) of payment or part of a payment for goods or services that
have been sold.
|
| Currency
Describes the properties of currencies defined in
QuickBooks.
|
| CurrencyCode
Java class for currencyCode.
|
| CurrencyPrefs
Java class for CurrencyPrefs complex type.
|
| Customer
Product: ALL
Description: QBO: The Customer entityrepresents the consumer of the service or the product that your business offers.
|
| CustomerMsg
A standard message to a customer that can be
included at the bottom of a sales form.
|
| CustomerType
Product: ALL
Description: Customer types allow categorizing customers in ways that are meaningful to the business.
|
| CustomerTypeEnum
Java class for CustomerTypeEnum.
|
| CustomField
Product: ALL
Description: Custom field that can be added to an entity.
|
| CustomFieldDefinition
Product: ALL
Description: The definition of a custom field for an Intuit type to add additional columns dynamically on a existing Intuit entities.
|
| CustomFieldTypeEnum
Java class for CustomFieldTypeEnum.
|
| DataChangeEvent |
| DateMacro
Java class for DateMacro.
|
| DateTypeCustomFieldDefinition
Product: ALL
Description: Provides for strong-typing of the DateType CustomField.
|
| DayOfWeekEnum
Java class for DayOfWeekEnum.
|
| DeliveryErrorTypeEnum
Java class for DeliveryErrorTypeEnum.
|
| DeliveryTypeEnum
Java class for DeliveryTypeEnum.
|
| Department
Department provide a way to track different
segments of the business, and to break down the income and expenses
for each segment.
|
| Deposit
Transaction recording a payment from the customer
held in the Undeposited Funds account into the Bank account.
|
| DepositLineDetail
Product: ALL
Description: Deposit detail for a
transaction line.
|
| DescriptionLineDetail
Product: ALL
Description: Information about
Description.
|
| DesktopEntityTypeEnum
Java class for DesktopEntityTypeEnum.
|
| DiscountLineDetail
Product: ALL
Description: Discount detail for a
transaction line.
|
| DiscountOverride
Java class for DiscountOverride complex type.
|
| DiscountTypeEnum
Java class for DiscountTypeEnum.
|
| EffectiveTaxRate
Product: QBO
Description: EffectiveTaxRate detail
|
| EmailAddress
Product: ALL
Description: EmailAddress type definition.
|
| EmailAddressTypeEnum
Java class for EmailAddressTypeEnum.
|
| EmailDeliveryInfo
Product: QBO
Description: Specifies various fields
required for emailing different transaction
|
| EmailMessage
Product: QBO
Description: Base type holding default subject and message for transaction emails.
|
| EmailMessagesPrefs
Defines Messages Prefs details
|
| EmailStatusEnum
Java class for EmailStatusEnum.
|
| Employee
Describes the Party as a Employee Role view
|
| EmployeeTypeEnum
Java class for EmployeeTypeEnum.
|
| Entity |
| EntityStatusEnum
Java class for EntityStatusEnum.
|
| EntityTypeEnum
Java class for EntityTypeEnum.
|
| EntityTypeRef
Product: ALL
Description: Reference information for
an entity.
|
| Error
Error Type detailing error
|
| Estimate
Transaction entity is the base class of all
transactions
|
| EstimateStatusEnum
Java class for EstimateStatusEnum.
|
| ETransactionEnabledStatusEnum
Java class for ETransactionEnabledStatusEnum.
|
| ETransactionStatusEnum
Java class for ETransactionStatusEnum.
|
| EventNotification |
| ExchangeRate
Describes properties of an exchange rate between
source and target currencies.
|
| Fault
Fault entity describing the fault
|
| FaultTypeEnum
Java class for FaultTypeEnum.
|
| FinanceChargePrefs
Java class for FinanceChargePrefs complex type.
|
| FixedAsset
An asset you do not expect to convert to cash
during one year of normal operations.
|
| Gender
Java class for gender.
|
| GenericContactType
Product: ALL
Description: Contact type other than email, phone, address.
|
| GlobalTaxCalculationEnum
Java class for GlobalTaxCalculationEnum.
|
| GroupLineDetail
Product: ALL
Description: Detail for a group item
line, including the lines expanded from the group item.
|
| Header
Group Header
|
| IdDomainEnum
Java class for idDomainEnum.
|
| IntuitAnyType
Product: ALL
Description: Definition of IntuitAnyType to add and extend new elements to the existing entities.
|
| IntuitBatchRequest
QueryResponse entity describing the response of query
|
| IntuitEntity
Product: ALL
Description: Base type of any top level Intuit Entity of small business type.
|
| IntuitResponse
IntuitResponse is a holder of all types of entities that come as part of response
|
| InventorySite
Product: QBW
Description: The InventorySite resource
represents a location where inventory is stored.
|
| Invoice
Product: QBO
Description: The Invoice entity
represents an invoice to a customer.
|
| Item
Product: QBO
Description: The Item resource
represents any product or service that is sold or purchased.
|
| ItemAssemblyDetail
Product: ALL
Description: Contains the details of an
inventory assembly item.
|
| ItemBasedExpenseLineDetail
Product: ALL
Description: Item based expense detail
for a transaction line.
|
| ItemCategoryTypeEnum
Java class for ItemCategoryTypeEnum.
|
| ItemComponentLine
Product: ALL
Description: Constituent line of a
group item.
|
| ItemGroupDetail
Product: ALL
Description: Contains the details of a
group item.
|
| ItemLineDetail
Product: ALL
Description: Information about the
goods sold: what is sold, how much/many and for what price.
|
| ItemReceiptLineDetail
Product: ALL
Description: ItemReceipt detail for a
transaction line.
|
| ItemTypeEnum
Java class for ItemTypeEnum.
|
| JobInfo
Product: QBW
Description: Details for the Job.
|
| JobStatusEnum
Java class for JobStatusEnum.
|
| JobType
Product: ALL
Description: Job types allow for categorizing jobs so that similar jobs can be grouped and subtotaled on reports.
|
| JournalCode
Journal Code is a compliance requirement in FR.
|
| JournalCodeTypeEnum
Java class for JournalCodeTypeEnum.
|
| JournalEntry
Accounting transaction, consists of journal lines,
each of which is either a debit or a credit.
|
| JournalEntryLineDetail
Product: ALL
Description: JournalEntry detail for a
transaction line.
|
| Line
Product: ALL
Description: A line item of a
transaction.
|
| LineDetailTypeEnum
Java class for LineDetailTypeEnum.
|
| LinkedTxn
That minimal subset of transaction information
which is included on another transaction, so that a client viewing
the second transaction entity need not make an additional request to
the service in order to render it in human readable form.
|
| MarkupInfo
Product: ALL
Description: Markup information.
|
| MasterAccount
Master Account is the list of accounts in the
master list.
|
| MemoRef
Product: ALL
Description: Captures a memo on a
transaction that may (QBW) reference a company pre-defined message
(See CustomerMsg)
|
| ModificationMetaData
Product: ALL
Description: Metadata for the instance of the entity.
|
| Money
Product: ALL
Description: Monetary value represented with as a currency code and decimal value.
|
| MonthEnum
Java class for MonthEnum.
|
| NameBase
Product: ALL
Description: Describes the base class of name entities (Customer, Employee, Vendor, OtherName)
|
| NameValue
Product: ALL
Description: A name/value pair that allows the client to include data that is meaningful in the domain of origin, outside of the Intuit domain.
|
| NumberTypeCustomFieldDefinition
Product: ALL
Description: Provides for strong-typing of the NumberType CustomField.
|
| ObjectNameEnumType
Java class for objectNameEnumType.
|
| OLBAccount
Describes OLBAccount details
|
| OLBStatus
Describes list of OLBAccounts that needs to be
enabled or disabled
|
| OLBTransaction
Describes OLBTransactions list that are downloaded
|
| OLBTxn
Describes OLBTransactions list that are downloaded
|
| OLBTxnDetail
Describes OLBTransaction instance - one per
transaction downloaded
|
| OLBTxnStatusEnum
Java class for OLBTxnStatusEnum.
|
| OperationEnum
Java class for OperationEnum.
|
| OtherName
Describes the Other Name (aka Payee).
|
| OtherPrefs
Any other preference not covered in base is covered
as name value pair, for detailed explanation look at the document
|
| Payment
Financial transaction representing a payment from a
customer applied to one or more sales transactions
|
| PaymentLineDetail
Product: ALL
Description: Payment detail for a
transaction line.
|
| PaymentMethod
Method of payment for received goods.
|
| PaymentMethodEnum
Java class for PaymentMethodEnum.
|
| PaymentStatusEnum
Java class for PaymentStatusEnum.
|
| PaymentTypeEnum
Java class for PaymentTypeEnum.
|
| PaySalesTaxEnum
Java class for PaySalesTaxEnum.
|
| PerItemAdjustEnum
Java class for PerItemAdjustEnum.
|
| PhysicalAddress
Product: ALL
Description: Physical (or postal) address type, this entity is always manipulated in context of another parent entity like Person, Organization etc.
|
| PhysicalAddressTypeEnum
Java class for PhysicalAddressTypeEnum.
|
| PostingTypeEnum
Java class for PostingTypeEnum.
|
| Preferences
Defines Preference strongly typed object with
extensions
|
| PriceLevel
Product: QBW
Description: You can use price levels
to specify custom pricing for specific customers.
|
| PriceLevelPerItem
Product: QBW
Description: A custom price or
percentage change from the item's base price for a specific price
level
|
| PriceLevelTypeEnum
Java class for PriceLevelTypeEnum.
|
| PrintDocumentPrefs
Defines Messages Prefs details
|
| PrintStatusEnum
Java class for PrintStatusEnum.
|
| ProductAndServicesPrefs
Defines Product and Services Prefs details
|
| Purchase
Financial Transaction information that pertains to
the entire Check.
|
| PurchaseByVendor
Financial Transaction information that pertains to
the entire Bill.
|
| PurchaseOrder
PurchaseOrder is a non-posting transaction
representing a request to purchase goods or services from a third
party.
|
| PurchaseOrderItemLineDetail
Product: ALL
Description: PurchaseOrder item detail
for a transaction line.
|
| PurchaseOrderStatusEnum
Java class for PurchaseOrderStatusEnum.
|
| QbdtEntityIdMapping
Provides the mapping between ListId and TxnId in
Desktop to the same Entity Id in QBO.
|
| QboEntityTypeEnum
Java class for QboEntityTypeEnum.
|
| QboEstimateStatusEnum
Java class for QboEstimateStatusEnum.
|
| QueryResponse
QueryResponse entity describing the response of query
|
| ReferenceType
Product: ALL
Description: Reference type of all IDs that are taken as input or output.
|
| RefundReceipt
Financial transaction representing a refund (or
credit) of payment or part of a payment for goods or services that
have been sold.
|
| ReimbursableTypeEnum
Java class for ReimbursableTypeEnum.
|
| ReimburseCharge
Product: QBO Description: Reimburse charge object
for QBO
|
| Report
Report Response Type
|
| ReportBasisEnum
Java class for ReportBasisEnum.
|
| ReportHeader
Specifies the Header of a Report, Time report was generated, parameters corresponding to the request
|
| ReportPrefs
Defines Report Prefs details
|
| RoundingMethodEnum
Java class for RoundingMethodEnum.
|
| Row
One Row can contain any number of columns
|
| Rows
List of rows
|
| RowTypeEnum
Java class for RowTypeEnum.
|
| SalesFormsPrefs
Defines Sales Form Prefs details
|
| SalesItemLineDetail
Product: ALL
Description: SalesItem detail for a
transaction line.
|
| SalesOrder
Product: QBW
Description: A sales order is a
financial transaction that represents a request received from a
customer to purchase products or services.
|
| SalesOrderItemLineDetail
Product: ALL
Description: SalesOrder item detail for
a transaction line.
|
| SalesReceipt
SalesReceipt Transaction entity
|
| SalesRep
Product: QBW
Description: The SalesRep entity allows
you to identify sales representatives and track their transactions.
|
| SalesRepTypeEnum
Java class for SalesRepTypeEnum.
|
| SalesTermTypeEnum
Java class for SalesTermTypeEnum.
|
| SalesTransaction
Product: ALL
Description: Base class of all Sales
transaction entities.
|
| ServiceTypeEnum
Java class for ServiceTypeEnum.
|
| ShipMethod
Product: ALL
Description: Describes a method of
shipping for the company
|
| SpecialItemTypeEnum
Java class for SpecialItemTypeEnum.
|
| SpecialTaxTypeEnum
Java class for SpecialTaxTypeEnum.
|
| StatementCharge
Financial transaction representing a request for
payment for goods or services that have been sold.
|
| Status
Product: QBW
Description: generic meta data response for any add mod
|
| StatusInfo
Product: QBO
Description: Log of Statuses for Transactions.
|
| StringTypeCustomFieldDefinition
Product: ALL
Description: Provides for strong-typing of the StringType CustomField.
|
| SubTotalLineDetail
Product: ALL
Description: SubTotalLine detail for a transaction line.
|
| SummarizeColumnsByEnum
Java class for SummarizeColumnsByEnum.
|
| Summary
Group Summary
|
| SymbolPositionEnum
Java class for SymbolPositionEnum.
|
| SyncActivity
Product: QBW
Description: Provides upload/writeback activity for a given period of time.
|
| SyncError
Product: QBW
Description: Wrapper object for specifying both version of the objects
If there is any warnings on a object basis that is also send back
This object is output object only
|
| SyncErrorResponse
Product: QBW
Description: Provides a wrapper for SyncError for Conflict API Response
Consists of list of SyncError objects
|
| SyncErrorType
Java class for SyncErrorType.
|
| SyncObject
Product: QBW
Description: SyncObject that has an error
|
| SyncType
Java class for SyncType.
|
| Task
Product: QBW
Description: A specific task to be
completed, maps to a ToDo record in QuickBooks.
|
| TaxAgency
Product: ALL
Description: Represents a tax agency to whom sales/purchase/VAT taxes collected are paid
|
| TaxApplicableOnEnum
Java class for TaxApplicableOnEnum.
|
| TaxCode
Product: ALL
Description: A tax code is used to
track the taxable or non-taxable status of products, services, and
customers.
|
| TaxFormTypeEnum
Java class for TaxFormTypeEnum.
|
| TaxLineDetail
Product: ALL
Description: Tax detail for a
transaction line.
|
| TaxPrefs
Java class for TaxPrefs complex type.
|
| TaxRate
Product: ALL
Description: A sales tax rate specifies
the tax rate for the specific TaxCode.[br]See [a
href="http://ipp.developer.intuit.com/0010_Intuit_Partner_Platform/0060_Financial_Management_Services_(v3)/01100_Global_Tax_Model"]Global
Tax Model[/a].
|
| TaxRateApplicableOnEnum
Java class for TaxRateApplicableOnEnum.
|
| TaxRateDetail
Java class for TaxRateDetail complex type.
|
| TaxRateDetails
Product: QBO
Description: TaxRate details
|
| TaxRateDisplayTypeEnum
Java class for TaxRateDisplayTypeEnum.
|
| TaxRateList
Java class for TaxRateList complex type.
|
| TaxReportBasisTypeEnum
Java class for TaxReportBasisTypeEnum.
|
| TaxReturn
Product: QBO
Description: Represents a Tax Return
that is filed with a Tax Agency.
|
| TaxService
Describes SalesTax details
|
| TaxTypeApplicablityEnum
Java class for TaxTypeApplicablityEnum.
|
| TDSLineDetail
Product: QBO
Description: TDS line detail for the
transaction.
|
| TDSMetadata
Product: QBO
Description: Describes metadata
associated with TDS entity.
|
| TelephoneDeviceTypeEnum
Java class for TelephoneDeviceTypeEnum.
|
| TelephoneNumber
Product: ALL
Description: Telephone number type definition.
|
| TelephoneNumberTypeEnum
Java class for TelephoneNumberTypeEnum.
|
| TemplateName
The name of a template used for a specific form
presentation.
|
| TemplateTypeEnum
Java class for TemplateTypeEnum.
|
| Term
Product: ALL
Description: The Term entity represents
the terms under which a sale is made, typically expressed in the
form of days due after the goods are received.
|
| TimeActivity
A record of time worked by a vendor or employee.
|
| TimeActivityTypeEnum
Java class for TimeActivityTypeEnum.
|
| TimeEntryUsedForPaychecksEnum
Java class for TimeEntryUsedForPaychecksEnum.
|
| TimeTrackingPrefs
Defines VendorAndPurchase Prefs details
|
| Transaction
Product: ALL
Description: Transaction is the base
class of all transactions.
|
| TransactionDeliveryInfo
Product: QBO
Description: Transaction delivery info like DeliveryType, DeliveryTime, DeliveryErrorType (if any)
|
| TransactionLocationTypeEnum
Java class for TransactionLocationTypeEnum.
|
| Transfer
Financial transaction representing transfer of
funds between accounts.
|
| TxnSourceEnum
Java class for TxnSourceEnum.
|
| TxnTaxDetail
Product: ALL
Description: Details of taxes charged
on the transaction as a whole.
|
| TxnTypeEnum
Java class for TxnTypeEnum.
|
| UOM
The UOM type defines the data used to represent a
set of equivalent units and the conversion rates to other related
units.
|
| UOMBaseTypeEnum
Java class for UOMBaseTypeEnum.
|
| UOMConvUnit
Related UOM
|
| UOMFeatureTypeEnum
Java class for UOMFeatureTypeEnum.
|
| UOMRef
When a unit of measure is referenced, it must
include the name of the specific unit used as well as the unit of
measure set in which that unit is defined.
|
| User
Represents a User with an Intuit account.
|
| UserAlert
Product: ALL
Description: A specific user alert to
be notified to Quickbooks user, maps to a ToDo record in QuickBooks.
|
| Vendor
Describes the Party as a Vendor Role view
|
| VendorAndPurchasesPrefs
Defines VendorAndPurchase Prefs details
|
| VendorCredit
Bill is an AP transaction representing a
request-for-payment from a third party for goods/services rendered
and/or received
|
| VendorType
Vendor types allow categorizing vendors in ways that are meaningful to the business.
|
| Warning
Detailed data about a warning condition that occurred when a request was processed
|
| Warnings
Detailed data about warnings that occurred when a request was processed
|
| WebSiteAddress
Product: ALL
Description: Website address type.
|
| WeekEnum
Java class for WeekEnum.
|
| Class and Description |
|---|
| Error
Error Type detailing error
|
| Class and Description |
|---|
| TaxService
Describes SalesTax details
|
| Class and Description |
|---|
| AttachableResponse
AttachableResponse entity describing the response of upload results
|
| BatchItemRequest
QueryResponse entity describing the response of query
|
| BatchItemResponse
QueryResponse entity describing the response of query
|
| CDCResponse
QueryResponse entity describing the response of query
|
| CustomFieldDefinition
Product: ALL
Description: The definition of a custom field for an Intuit type to add additional columns dynamically on a existing Intuit entities.
|
| IntuitEntity
Product: ALL
Description: Base type of any top level Intuit Entity of small business type.
|
| IntuitResponse
IntuitResponse is a holder of all types of entities that come as part of response
|
| QueryResponse
QueryResponse entity describing the response of query
|
| SyncError
Product: QBW
Description: Wrapper object for specifying both version of the objects
If there is any warnings on a object basis that is also send back
This object is output object only
|
| SyncErrorResponse
Product: QBW
Description: Provides a wrapper for SyncError for Conflict API Response
Consists of list of SyncError objects
|
| TaxService
Describes SalesTax details
|
| Class and Description |
|---|
| AccountClassificationEnum
Java class for AccountClassificationEnum.
|
| AccountSubTypeEnum
Java class for AccountSubTypeEnum.
|
| AccountTypeEnum
Java class for AccountTypeEnum.
|
| AcquiredAsEnum
Java class for AcquiredAsEnum.
|
| APCreditCardOperationEnum
Java class for APCreditCardOperationEnum.
|
| AttachableCategoryEnum
Java class for AttachableCategoryEnum.
|
| BillableStatusEnum
Java class for BillableStatusEnum.
|
| BillPaymentTypeEnum
Java class for BillPaymentTypeEnum.
|
| CCAVSMatchEnum
Java class for CCAVSMatchEnum.
|
| CCPaymentStatusEnum
Java class for CCPaymentStatusEnum.
|
| CCSecurityCodeMatchEnum
Java class for CCSecurityCodeMatchEnum.
|
| CCTxnModeEnum
Java class for CCTxnModeEnum.
|
| CCTxnTypeEnum
Java class for CCTxnTypeEnum.
|
| ColumnTypeEnum
Java class for ColumnTypeEnum.
|
| ContactTypeEnum
Java class for ContactTypeEnum.
|
| CreditCardTypeEnum
Java class for CreditCardTypeEnum.
|
| CustomerTypeEnum
Java class for CustomerTypeEnum.
|
| CustomFieldTypeEnum
Java class for CustomFieldTypeEnum.
|
| DayOfWeekEnum
Java class for DayOfWeekEnum.
|
| EmailAddressTypeEnum
Java class for EmailAddressTypeEnum.
|
| EmailStatusEnum
Java class for EmailStatusEnum.
|
| EmployeeTypeEnum
Java class for EmployeeTypeEnum.
|
| EntityStatusEnum
Java class for EntityStatusEnum.
|
| EntityTypeEnum
Java class for EntityTypeEnum.
|
| EstimateStatusEnum
Java class for EstimateStatusEnum.
|
| FaultTypeEnum
Java class for FaultTypeEnum.
|
| Gender
Java class for gender.
|
| GlobalTaxCalculationEnum
Java class for GlobalTaxCalculationEnum.
|
| IdDomainEnum
Java class for idDomainEnum.
|
| IntuitEntity
Product: ALL
Description: Base type of any top level Intuit Entity of small business type.
|
| ItemTypeEnum
Java class for ItemTypeEnum.
|
| JobStatusEnum
Java class for JobStatusEnum.
|
| LineDetailTypeEnum
Java class for LineDetailTypeEnum.
|
| MonthEnum
Java class for MonthEnum.
|
| OperationEnum
Java class for OperationEnum.
|
| PaymentMethodEnum
Java class for PaymentMethodEnum.
|
| PaymentStatusEnum
Java class for PaymentStatusEnum.
|
| PaymentTypeEnum
Java class for PaymentTypeEnum.
|
| PaySalesTaxEnum
Java class for PaySalesTaxEnum.
|
| PerItemAdjustEnum
Java class for PerItemAdjustEnum.
|
| PhysicalAddressTypeEnum
Java class for PhysicalAddressTypeEnum.
|
| PostingTypeEnum
Java class for PostingTypeEnum.
|
| PriceLevelTypeEnum
Java class for PriceLevelTypeEnum.
|
| PrintStatusEnum
Java class for PrintStatusEnum.
|
| PurchaseOrderStatusEnum
Java class for PurchaseOrderStatusEnum.
|
| QboEstimateStatusEnum
Java class for QboEstimateStatusEnum.
|
| ReimbursableTypeEnum
Java class for ReimbursableTypeEnum.
|
| ReportBasisEnum
Java class for ReportBasisEnum.
|
| RoundingMethodEnum
Java class for RoundingMethodEnum.
|
| SalesRepTypeEnum
Java class for SalesRepTypeEnum.
|
| SalesTermTypeEnum
Java class for SalesTermTypeEnum.
|
| SpecialItemTypeEnum
Java class for SpecialItemTypeEnum.
|
| SpecialTaxTypeEnum
Java class for SpecialTaxTypeEnum.
|
| SummarizeColumnsByEnum
Java class for SummarizeColumnsByEnum.
|
| SymbolPositionEnum
Java class for SymbolPositionEnum.
|
| TaxApplicableOnEnum
Java class for TaxApplicableOnEnum.
|
| TaxRateApplicableOnEnum
Java class for TaxRateApplicableOnEnum.
|
| TaxRateDisplayTypeEnum
Java class for TaxRateDisplayTypeEnum.
|
| TaxTypeApplicablityEnum
Java class for TaxTypeApplicablityEnum.
|
| TelephoneDeviceTypeEnum
Java class for TelephoneDeviceTypeEnum.
|
| TelephoneNumberTypeEnum
Java class for TelephoneNumberTypeEnum.
|
| TemplateTypeEnum
Java class for TemplateTypeEnum.
|
| TimeActivityTypeEnum
Java class for TimeActivityTypeEnum.
|
| TimeEntryUsedForPaychecksEnum
Java class for TimeEntryUsedForPaychecksEnum.
|
| TxnTypeEnum
Java class for TxnTypeEnum.
|
| UOMBaseTypeEnum
Java class for UOMBaseTypeEnum.
|
| UOMFeatureTypeEnum
Java class for UOMFeatureTypeEnum.
|
| WeekEnum
Java class for WeekEnum.
|
| Class and Description |
|---|
| AttachableResponse
AttachableResponse entity describing the response of upload results
|
| BatchItemRequest
QueryResponse entity describing the response of query
|
| CDCResponse
QueryResponse entity describing the response of query
|
| Fault
Fault entity describing the fault
|
| IntuitEntity
Product: ALL
Description: Base type of any top level Intuit Entity of small business type.
|
| OperationEnum
Java class for OperationEnum.
|
| QueryResponse
QueryResponse entity describing the response of query
|
| Report
Report Response Type
|
| TaxService
Describes SalesTax details
|
| WebhooksEvent
Wrapper class for the webhooks payload
|
Copyright © 2017. All rights reserved.


| Package | Description |
|---|---|
| net.shibboleth.utilities.java.support.annotation |
A set of annotations used to document information about methods, fields, parameters, etc.
|
| net.shibboleth.utilities.java.support.annotation.constraint |
A set of annotations used to document constraints on methods, fields, parameters, etc.
|
| net.shibboleth.utilities.java.support.codec |
A set of helper functions for encoding/decoding data to/from different formats.
|
| net.shibboleth.utilities.java.support.collection |
Additional implementations of, and helpers for working with, collections.
|
| net.shibboleth.utilities.java.support.component |
Set of interfaces used to describe basic features of "components" or "modules" within a larger system.
|
| net.shibboleth.utilities.java.support.httpclient |
Classes for working with
Apache HttpClient.
|
| net.shibboleth.utilities.java.support.logic |
Classes that represent basic first order logic concepts.
|
| net.shibboleth.utilities.java.support.net |
Classes for working with HTTP URLs and the protocol.
|
| net.shibboleth.utilities.java.support.primitive |
A set of utilities dealing with Java's primitive types.
|
| net.shibboleth.utilities.java.support.resolver |
Interfaces for searching over data.
|
| net.shibboleth.utilities.java.support.resource |
The package defines only the ShibbolethResource interface.
|
| net.shibboleth.utilities.java.support.scripting |
Classes for working with JSR-223 scripting environments.
|
| net.shibboleth.utilities.java.support.security |
Helpers for common security related tasks.
|
| net.shibboleth.utilities.java.support.service |
Service support for Shibbleth projects.
A service is something reloads instances of serviceable components. |
| net.shibboleth.utilities.java.support.velocity |
Classes for working with Apache Velocity.
|
| net.shibboleth.utilities.java.support.xml |
A set of helper functions for performing actions on DOM nodes.
|
Copyright © 1999–2015. All rights reserved.


--- layout: default title: ICBB'18 - PayPal Payment Successful meta: Payment successful! keyword: biotechnology conference, biofuel conference, biomaterials conference, biomedical conference, bioengineering conference, biocatalysis conference, biochemical engineering conference, biochemistry, bioenergy, biology, biomechanics, biomechatronics conference, biomedicine, toxicology, biotechnology, biofuel, biomaterials, biomedical, bioengineering, biocatalysis, biochemical engineering, biochemistry conference, bioenergy conference, biology conference, biomechanics conference, biomechatronics, biomedicine conference, toxicology conference ---
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Japanese cuisine offers an abundance of gastronomical delights with a boundless variety of regional and seasonal dishes as well as international cuisine. Restaurants range from mobile food stands to centuries old ryotei, atmospheric drinking places, seasonally erected terraces over rivers, cheap chain shops and unique theme restaurants about ninja and robots. Many restaurants are specialized in a single type of dish, while others offer a variety of dishes.
Browse some interesting choices on the left by clicking on the image and viewing the description here.
Many restaurants in Japan display plastic or wax replicas of their dishes in a window near their entrance. These replicas serve both to entice and inform patrons of the restaurant's menu and tend to offer an accurate, visual description of the style and price of meals found inside. The displays are especially helpful for foreign tourists who do not read and speak Japanese. For if all other forms of communication fail, you can go outside and point to what you want to order.
While many restaurants provide illustrated menus, other restaurants may only have Japanese text based menus, or the restaurant's offerings may instead be posted on the walls. If you are ever in doubt on what to order or find that you cannot read the menu, try asking for the recommendations (osusume) or the chef's choice (omakase). The latter will often get you some surprisingly good, prix fix style meals, but be prepared to be adventurous and do not expect it to be cheap.
The bill will be presented upside down, either as you receive the meal or after you have finished eating. In most restaurants, you are supposed to bring your bill to the cashier near the exit when leaving, as it is not common to pay at the table. Paying in cash is most common, although more and more restaurants also accept credit cards or IC cards such as Suica.


pmcomm.js
Javascript Library for Cross Domain iFrame Proxy
pmcomm.js creates a proxy object of a javascript object in another frame. The proxied object can be used as it was an object in the local frame. pmcomm.js has the following characteristics:
- Cross domain iframe invocation of javascript objects
- Small. ~5k minified
- Does not depend on any libraries (Promise support is necessary)
- Works with all modern browsers
Examples
First, we need to create an object and proxy listener for the object in an iframe.
Example 1
In the first example, we call the object in the other frame and get back a response from the return method of the proxied object.
Example 2
In the second example, we call an object in the other frame and get a response in the callback function.
Example 3
In the third example, we call an object in the other frame that returns a promise. Notice the promise is chained with the response promise. The promise is resolved directly to the value of the promise in the proxied object from the other frame.
Example 4
In this example, we will demostrate how errors are handled. For this example, please open you javascript debugger console so you can see the error messages. Error messages are generated in both frames with the same unique message id.


Support Warning
WebGPU is currently only supported on Chrome starting with version 113, and only on desktop. If they don't work on your configuration, you can check the WebGL2 examples
here.
{% set code = load_data(path=page.extra.code_path) %}
{% set code_md = "```rust
" ~ code ~ "```" %}
{{code_md | markdown(inline=true) | safe}}
{% endblock content %}


| CS_Run |
541 (0x21d) |
Run a command sequence file |
| fileName |
Fw::CmdStringArg |
The name of the sequence file |
| CS_Validate |
542 (0x21e) |
Validate a command sequence file |
| fileName |
Fw::CmdStringArg |
The name of the sequence file |
| CS_Cancel |
543 (0x21f) |
Cancel a command sequence |
|
|
|
| CS_Start |
544 (0x220) |
Start running a command sequence |
|
|
|
| CS_Step |
545 (0x221) |
Perform one step in a command sequence. Valid only if CmdSequencer is in MANUAL run mode. |
|
|
|
| CS_Auto |
546 (0x222) |
Set the run mode to AUTO. |
|
|
|
| CS_Manual |
547 (0x223) |
Set the run mode to MANUAL. |
|
|
|


The provided choices file is invalid. If you have edited the
file by hand, please review the changes you made to make sure
they follow the choices file file format. If you did not make
any manual changes, please email the choices file to the Matrix
developers. You may download the choices file to try and fix
any errors.
View Choices File (right-click to download)
In most cases, you can go back
in your browser and fix the problems, but if not you may
reload an empty questionnaire
(this will erase your changes, so be sure to save your choices (above) first).
You may also wish to see the Python error (note: it is very technical, and possibly not useful).
--> -->
<class 'gmcs.choices.ChoicesFileParseError'> | Python 2.7.10: /Users/ttrimble/Code/matrix-env/bin/python2.7 Sat Oct 14 11:20:41 2017 |
A problem occurred in a Python script. Here is the sequence of
function calls leading up to the error, in the order they occurred.
| /Users/ttrimble/Code/matrix/matrixdef/gmcs/tests/testDefFile.py in testChoicesErrorPage_error(self=<gmcs.tests.testDefFile.OtherPageTests testMethod=testChoicesErrorPage_error>) |
720 def testChoicesErrorPage_error(self):
|
721 try:
|
=> 722 raise ChoicesFileParseError(u"test error")
|
723 except ChoicesFileParseError as e:
|
724 exception = sys.exc_info()
|
| global ChoicesFileParseError = <class 'gmcs.choices.ChoicesFileParseError'> |
<class 'gmcs.choices.ChoicesFileParseError'>: u'test error'
args =
()
message =
''
msg =
u'test error'


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/conv.20and.20associativity.html ---
If any category theorists have recently been fighting with associativity, they might like the new conv
tactic I just wrote:
/-- `slice` is a conv tactic; if the current focus is a composition of several morphisms, `slice a b` reassociates as needed, and zooms in on the `a`-th through `b`-th morphisms. Thus if the current focus is `(a ≫ b) ≫ ((c ≫ d) ≫ e)`, then `slice 2 3` zooms to `b ≫ c`. -/
@Reid Barton, @Michael Jendrusch, @Johan Commelin in particular may like this.
It needs a better name, and perhaps to be generalised to an arbitrary associative operation ...
Hurray! That looks really cool. And yes, I wouldn't mind having this for groups and rings as well!
Oh yes, I already asked for this tactic in groups and rings
I was doing some basic binomial theorem stuff yesterday for the UGs and this would have been very convenient if it worked for + i.e. let me zoom into (a+b)+((c+d)+e)
Last updated: Apr 24 2020 at 19:02 UTC


public interface ITokenBucket
| Modifier and Type | Interface and Description |
|---|---|
static interface |
ITokenBucket.ITokenBucketCallback
Callback for tocket bucket
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
acquireToken(long tokenCount,
long wait)
Acquire tokens amount of tokenCount waiting wait milliseconds if token not available.
|
long |
acquireTokenBestEffort(long upperLimitCount)
Nonblockingly acquire token.
|
boolean |
acquireTokenNonblocking(long tokenCount,
ITokenBucket.ITokenBucketCallback callback)
Nonblockingly acquire token.
|
long |
getCapacity()
Get the capacity of this bucket in Byte.
|
double |
getSpeed()
The amount of tokens increased per millisecond.
|
void |
reset()
Reset this token bucket.
|
boolean acquireToken(long tokenCount, long wait)
tokenCount
- The count of tokens to acquire.wait
- Milliseconds to wait. 0 means no wait and any value below zero means wait forever.boolean acquireTokenNonblocking(long tokenCount, ITokenBucket.ITokenBucketCallback callback)
tokenCount
- Number of tokenscallback
- Callbacklong acquireTokenBestEffort(long upperLimitCount)
upperLimitCount
- Upper limit of aquisitionlong getCapacity()
double getSpeed()
void reset()
Copyright © 2005–2016 Red5. All rights reserved.


The world’s largest green bean casserole clocked in at 1,009 pounds
by Katey Psencik, USA TODAY NETWORKSome people may argue that green bean casserole isn’t the best Thanksgiving side dish, and those people are wrong (although if you argue that dressing/stuffing/whatever you call it where you live is the best dish, I’ll allow it, because you’re also correct. GBC and dressing only, thanks).
To celebrate the world’s best type of casserole, food brand Green Giant created the world’s largest green bean casserole, clocking in at a whopping 1,009 pounds to beat the world record.
They used an estimated 125,000 green beans in the casserole, totaling 1,069 cans. They also used 485 cans of mushroom soup, 65 quarts of milk and 95 pounds of fried onions (I don’t know about you, but I could eat 95 pounds of fried onions).
The previous record-holding casserole was also created by Green Giant and weighed in at just 637 pounds.


You are not allowed here, please leave quietly and quickly! take me home!The material located at this site is not endorsed, sponsored or provided by or on behalf of North Carolina State University.
You are not allowed here, please leave quietly and quickly! take me home!The material located at this site is not endorsed, sponsored or provided by or on behalf of North Carolina State University.


There was an error. Please make sure that you have typed your account username correctly in the box below.
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So, my aim for this post was to see how well I could romanticise the role of a developer and the tech industry as a whole. These are my assumptions coming into and exploring the field, it will be interesting to see how my perspective changes over time.
In the world of biotech, my experience has been that being able to start a project is essentially impossible without decades of experience, a lot of capital, infrastructure, and permission behind you (let's call these ECIP).
The tech landscape, in contrast, seems to be the complete opposite of this, from a developer's perspective at least. Developing software requires a lot less capital and infrastructure in comparison to a biotech endeavour. Additionally, in terms of permission, there is no need to have your bootstrapped project syphoned by regulatory bodies or certification boards for accreditation, the only limiting factors here seem to be: a. your ability to code, and b. your ability to generate good ideas.
Whilst I have no good ideas, having the option to pursue an idea at my own whim is something that I like the sound of.
Keeping with the theme of iteration, I mentioned in the previous post that the most successful people are those who learn quickly from failure. I believe that this framework of thinking goes hand in hand with being a developer. As something that requires minimal ECIP, failure is likely to happen much quicker and thus increasing the possible number of iterations, which subsequently accelerates the learning curve. The number of iterations possible as a developer within a year is much more than that of a process developer in biomanufacturing.
Another reason why being a developer is attractive to me is that the upper limits of the role seem to be only dependent on my ability as a developer. For a second, let's forget all the other factors that are important in an app development process and focus on just the roles that the developers play. It is easy to imagine that the best developer would be several orders of magnitude better and quicker in developing an app than their novice counterpart. Whereas, if we were to compare the best lab techs to a junior lab tech, I would say that best case scenario, there is a 5X difference in how much better and quicker they can perform their experiments. This is because there are only a few number of ways you can streamline your tasks before the time-dependent chemical reactions become a limiting factor. Needless to say, a career in the former would be much more fruitful.
These reasons that I have laid out are the ones that I think are not the most intuitive, other reasons include:


console @ngx-plus/ngx-forms
Many thanks to these awesome contributors!
This project follows the all-contributors specification. Contributions of any kind are welcome!


If you would like to help with any translations, please go here: https://crowdin.com/project/notey
Thank you to the following users:
• Alex Besov - Russian (русский)
• Diego Andrés Nieves - Spanish (Español)
• Сергей Матиенко - Ukrainian (Українська)
• Ivica Jeđud - Croatian (Hrvatski)
• Barış Arda Yılmaz - Turkish (Türk)


{% extends "base.html" %} {% block title %}What's New{% endblock title %} {% block page_title %}What's New{% endblock page_title %} {% block content %}
New things like blogs. Only really make sense if it includes more than just new blog entries as that should be in the blog section.
{% endblock content %}


|
cocoOS
4.1.0
|
Go to the source code of this file.
cocoOS supports binary and counting semaphores. A semaphore is created in the main function using one of the create functions: sem_bin_create() or sem_counting_create().
initValue is the initial value for the semaphore counter. For a binary semaphore this can be 0 or 1, and for the counting semaphore 0-255.
maxCount is the maximum value the counting semaphore can reach.
A call to sem_wait() decrements the semaphore value by one if it is not 0. If it is 0, the value is not decremented, but the task is put into the waiting state.
A call to sem_signal() increments the semaphore value by one if it is not 1 in case of a binary semaphore, or maxCount in case of a counting semaphore. The semaphore is only incremented if no tasks are waiting for the semaphore. If there are a waiting task, the semaphore value is left unchanged and the highest priority waiting task gets the semaphore and is put back to ready state again.
Interrupt service routines should not call sem_signal(), because task switching is not allowed during interrupts. Instead an ISR can call sem_ISR_signal() that will release the semaphore, but any task switch will be done when both the ISR and the interrupted task has returned.
Task Synchronization Example
In the example below, sem is a semaphore initialized with value 0. Task1 has higher priority than Task2. Task 1 will execute down to the sem_wait( sem ) call, where it will block because the semaphore value is 0. Then Task2 is scheduled to execute, and will run down to the line where the semaphore is signaled. This will cause the Task2 to block, and Task1 is scheduled to execute due to its higher priority.
Semaphore API The Semaphore API consists of the following functions and macros:


A discussion of Stevens's late poem
"The Rock" (1954) in Wallace
Stevens: A World of Transforming Shapes, by Alan D.
Perlis, Bucknell University Press, 1976, p. 120:
For Stevens, the poem "makes meanings of the rock." In the mind, "its
barrenness becomes a thousand things/And so exists no more." In fact,
in a peculiar irony that only a poet with Stevens's particular notion
of the imagination's function could develop, the rock becomes the mind
itself, shattered into such diamond-faceted
brilliance that it encompasses all possibilities for human thought:
The rock is the gray particular of man's life, The stone from which he rises, up—and—ho, The step to the bleaker depths of his descents ...
The rock is the stern particular of the air, The mirror of the planets, one by one, But through man's eye, their silent rhapsodist,
Turquoise the rock, at odious evening bright With redness that sticks fast to evil dreams; The difficult rightness of half-risen day.
The rock is the habitation of the whole, Its strength and measure, that which is near, point A In a perspective that begins again
At B: the origin of the mango's rind.
(Collected Poems, 528)
|


Our Latest Projects
Competently benchmark backward-compatible technologies vis-a-vis parallel convergence. Rapidiously innovate stand-alone.Progressively strategize clicks-and-mortar deliverables and turnkey value. Enthusiastically actualize granular products whereas excellent total linkage. Distinctively matrix equity invested opportunities rather than cross-unit alignments.


{% extends 'fpiweb/base.html' %} {% block title %} Empty / Move {% endblock %} {% block content %}
Empty / Move Box
The box details screen has buttons for both of these options


[§342H-20] Priority in courts. All actions brought pursuant to this chapter or pursuant to the rules adopted under this chapter or pursuant to the conditions of a permit issued under this chapter shall in the discretion of the court receive priority in the courts of the State. [L 1989, c 212, pt of §4]
Note
The amendment made by L 2014, c 218, §8 is not included in this section.


This is the table of all keywords.
To search for one, simply start typing your query in the bar
or use the drop-down option.
To create a new keyword, click the create button. To modify or delete a keyword, select one using
the check-boxes and click the respective button.
| Mnemonic | Category | Navigable in Channel | Display Text | Mobile Display Text | Related Mnemonics | |
|---|---|---|---|---|---|---|
| {{mnemonic.keywordName}} | {{mnemonic.usage}} | {{mnemonic.navigable}} | {{mnemonic.display}} | {{mnemonic.mobile}} | {{object}} |


stardown
A simple showdown between two GitHub users!
vs
COMPARE
Total Repos
Total Stars
Average Stars


EFA enquiries
Contact form https://form.education...
For all enquiries for the Education Funding Agency
Beta This is a test version of the layout of this page. Take the survey to help us improve it
Transparency data
Sub-contracting data for FE institutions funded by the EFA for the 2014 to 2015 academic year.
The Education Funding Agency (EFA) started collecting information on sub-contracting from the 2014 to 2015 academic year for further education (FE) institutions, and from the 2015 to 2016 academic year for schools and academies.
The EFA will publish this information on an annual basis, starting with FE institutions in 2016, and including schools and academies from 2017. This is the first of those publications.
The analysis is based on the R14 return produced by FE institutions, the individualised learner record return for the end of the 2014 to 2015 academic year, which contains details on post-16 students, their characteristics and their learning aims for FE institutions.
Student numbers are listed by funded institution and sub-contractor, and are split into students who are fully sub-contracted and those who are sub-contracted for part of their study programme.
Some students have parts of their study programmes partially sub-contracted to more than one sub-contractor, each instance of which is recorded as one sub-contracted student.
Instances of total sub-contracted student numbers fewer than 5 are not shown.
Data relating to sub-contracting in FE institutions was collected for the first time in the 2014 to 2015 academic year and is included in this publication. Equivalent data for schools and academies are being collected for the first time in the 2015 to 2016 academic year, and will be included in future publications.
If you have a query about the data or this publication:
Contact form https://form.education...
For all enquiries for the Education Funding Agency


Sciebo Research Data Services is a non-commercial service for researchers, students and teachers improving the management of your research data without the need of additional tools or programs.
Sciebo RDS integrates into researchers' workflows by adding new functionality within sciebo. Research data management and scientific analyses based on research data thus become even easier and smoother.
Create and configure your project
Collect data and add it to the project
Enrich your data with metadata
Publish your data to data repositories


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|
Smartlock
|
UART handle structure. More...
#include <fsl_uart.h>
Data Fields | |
| uint8_t *volatile | txData |
| volatile size_t | txDataSize |
| size_t | txDataSizeAll |
| uint8_t *volatile | rxData |
| volatile size_t | rxDataSize |
| size_t | rxDataSizeAll |
| uint8_t * | rxRingBuffer |
| size_t | rxRingBufferSize |
| volatile uint16_t | rxRingBufferHead |
| volatile uint16_t | rxRingBufferTail |
| uart_transfer_callback_t | callback |
| void * | userData |
| volatile uint8_t | txState |
| volatile uint8_t | rxState |
UART handle structure.
| uart_transfer_callback_t callback |
Callback function.
| uint8_t* volatile rxData |
Address of remaining data to receive.
| volatile size_t rxDataSize |
Size of the remaining data to receive.
| size_t rxDataSizeAll |
Size of the data to receive.
| uint8_t* rxRingBuffer |
Start address of the receiver ring buffer.
| volatile uint16_t rxRingBufferHead |
Index for the driver to store received data into ring buffer.
| size_t rxRingBufferSize |
Size of the ring buffer.
| volatile uint16_t rxRingBufferTail |
Index for the user to get data from the ring buffer.
| volatile uint8_t rxState |
RX transfer state
| uint8_t* volatile txData |
Address of remaining data to send.
| volatile size_t txDataSize |
Size of the remaining data to send.
| size_t txDataSizeAll |
Size of the data to send out.
| volatile uint8_t txState |
TX transfer state.
| void* userData |
UART callback function parameter.


APC in early lead in Bayelsa East senatorial district
by Our ReportersChukwudi Akasike, Daniels Igoni, Tony Okafor, Raphael Ede and Gbenga Odogun
The candidate of the All Progressives Congress in Bayelsa State, David Lyon, may be coasting to victory as he records an early lead in the governorship election conducted on Saturday.
Results of the exercise that had trickled in indicated that the APC was leading the ruling Peoples Democratic Party in some units in Ogbia and Nembe local government areas of the Bayelsa East Senatorial District.
In Kolo, ward 8 of Ogbia constituency 3, the APC polled a total of 1,229 votes while the PDP got 923.
In Nembe ward 1 polling unit 9 at Ogbolomabiri, the APC scored a total of 67 votes while the PDP polled 20 votes.
Also, at polling unit 7 in Ogbolomabiri, the APC garnered 112 votes and the PDP scored zero vote while Accord Party got three votes with the Alliance for Democracy and Labour Party polling two and three votes respectively.
At the ward 2 polling unit 1, Ogbolomabiri 2, the APC polled 111 votes to defeat the PDP which scored three votes.
At ward 2, polling unit 14, Ogbolomabiri 2, the APC got 492 votes while the PDP polled 29 votes.
Also at ward 2, polling unit 9, Ogbolomabiri 2, the APC garnered 170 votes while the PDP scored 6 votes.
The APC was also reported to be leading in ward 4, polling unit 9, Agudama-Epie, Yenagoa Local Government Area in Bayelsa Central Senatorial District, polling 789 votes while the PDP scored 54 votes
APC, PDP lead in strongholds
In Kogi West Senatorial District, Egbeda Ward, Unit 006, the All Progressives Congress polled 139 votes while the Peoples Democratic Party and the Social Democratic Party had 34 and three votes respectively. Five votes were recorded as void in the governorship election.
For the senatorial election in the district, the APC scored 140 votes while the PDP had 37 votes. SDP scored no vote.
At the Ekinrin Adde ward, the APC had 117 votes while PDP scored 106 votes in the senatorial election.
For the governorship election in the area, the APC scored 118 votes while the PDP had 94 votes.
At the Ega unit 001, the PDP had 187 votes while the APC scored 33. At Unit 004 of the Ayetoro Ward 2, the PDP led with 167 votes against APC’s 72 votes.
At Alafemi unit, the PDP scored 230 votes, while the APC had 146 votes in the senatorial election. In the governorship election, the PDP scored 153 votes, while the APC had 145 votes.
At the Okebukun Market Square unit, the PDP scored 94 votes in governorship election while the APC had 93 votes. In the senatorial election, the PDP had 98 votes against the APC‘s 90 votes.
At unit 007 in Okekoko Ward, the PDP won with 124 votes against the APC’s 26 votes in the senatorial election. In the governorship election, the PDP also won with 124 votes to APC’s 28 votes.
At Idugbe polling unit 006, the APC scored 139 votes against PDP’s 34 votes in the governorship election.
In Kogi East’s Abejukolo Ward 1 Unit 2, the PDP scored 238 votes while the APC had 77 votes.
At Obanolu Unit 004, the PDP scored 127 votes in the governorship election with the APC polling 30 votes. The PDP also won the senatorial election in the area with 135 votes against APC’s 26 votes.
In Kogi Central, the APC had 252 votes against the PDP’s 86 in the Ajaokuta council area.
Copyright PUNCH.
All rights reserved. This material, and other digital content on this website, may not be reproduced, published, broadcast, rewritten or redistributed in whole or in part without prior express written permission from PUNCH.
Contact: theeditor@punchng.com


The goal of Computer Science is to build something that will last at least until we've finished building it. --Anonymous [ source]


Experience
Black Lodge Video
Manager 2007 to 2011
Responsibilities
- Maintain film database and in-house server
- Implement and monitor data backups
- Assist customers when choosing and locating films to rent out of 35,000-title collection
- Make film recommendations when asked, and be prepared to discuss films from assigned genre at length
- Coordinate events with local festivals and universities
- Field customer complaints and issue rental refunds if necessary
- Write and send email campaigns for multiple collected lists
Accomplishments
Skills
- Basic understanding of HTML5, CSS3, and JavaScript
- Proficient with Joomla 3.x CMS
- Experienced with MailChimp
- Proficient in PC hardware maintenance and machine building
- Basic understanding of Adobe Photoshop and Illustrator CS6


Genie is an application for android devices developed by EkStep Foundation a not for profit company based in Bangalore with a mission to provide access to learning opportunities for young learners.


So after reading the rest of it, you're wondering what else it can do?
This section covers the more esoteric bits of Please functionality. If you're familiar with Blaze or Buck, these probably still won't be familiar :)
It's possible in Please to define callbacks in Python that are invoked either immediately before or immediately after the target is built. These allow modifying aspects of the target or the wider build graph which can potentially be a powerful tool to handle things that are otherwise awkward or impossible.
Note that these functions are only evaluated at build time, so their results will not be visible to plz query
and they can be a little hard to debug if you get things wrong. They should hence be used judiciously.
The pre-build function is defined on a build_rule
as simply pre_build = lambda name: do_stuff(name)
.
As you can see, it's invoked with one argument, the name of the rule about to be built. It's up to you what you do in
the function, although in practice the only really useful thing at present is to inspect the rule's transitive labels and
adjust its build command accordingly. This is done via calling get_labels(name, prefix)
where name
is the name of the current rule and prefix
is a prefix the labels you're interested in will have (for
convenience, it's stripped from the returned values). Having got these, one can then call set_command(name, cmd)
to alter the command for your rule.
The built-in C++ rules for Please (src/parse/rules/cc_rules.build_defs
) are a reasonably good example of how to use this.
The post-build function is somewhat more powerful and useful than the pre-build function, and hence it appeared in the
API several months sooner. It is defined similarly (post_build = lambda name, output: do_stuff(output)
) but
takes an extra output which is the standard output of the build rule after successful invocation.
The power of this is that you can run a build rule to do arbitrary operations and then alter the build graph based on that; currently you can add outputs to the rule, define new rules and add dependencies to a rule. These lead to two motivating examples which both occur in built-in rules:
First, collecting additional output files. This happens with Java protobuf outputs where the output files are not obvious
until the .proto file is parsed, because their location is defined by the option java_package
stanza. The
first iteration of proto_library
required these to be explicitly defined but that rapidly became tedious;
the nicer solution is detecting it this way. The build rule simply invokes find
to locate all the .java files
it produces and the post-build function receives those and runs add_out(name, java_file)
for each.
Second, we wanted to be able to fetch third-party dependencies without having to expand a transitive dependency tree
into separate maven_jar
rules by hand. maven_jars
does this by hitting up Maven to get the
dependencies then generating a new build rule for each.
This is a generalised mechanism for rules to provide specialised dependencies to other rules. The most obvious example
is again proto_library
, also illustrating how it's a harder rule to write well than you'd think.
The problem with proto_library
is that we ideally want to maintain the illusion that there's one rule
by the name given in the BUILD file and have all other rules depend only on that, but of course it generates outputs
for multiple languages and it's pretty suboptimal to have your python_library
have to wait for the
C++ and Java generated code to compile.
This is solved by the proto_library
rule declaring the following property:
provides = {
'py': ':python_dependency',
'java': ':java_dependency',
'cc': ':cc_dependency',
}
And then the python_library
rule is annotated with
requires = ['py']
Individually neither has any effect, but when a rule with a particular require
depends on another with
a matching provide
, its dependency is matched directly to the one specified by the providing rule. This
means that it can skip other dependencies that it doesn't care about and be matched only to the ones it does.
The consequence of this - skipping the actual declared dependency - can be a bit nonobvious so again should be
invoked sparingly. Typically the rule declaring provides
should be a no-op collecting rule such as
filegroup
and the various provided rules shouldn't normally be needed together. Different languages
are the most common example here (and indeed this feature was nearly named language
at one point).
The requires
stanza is also responsible for colouring the interactive build output. Currently the available
colours are hardcoded but one of these days they might become configurable.
Please can natively verify hashes of packages. Some of the built-in rules for fetching things from third-party repos have this option, and you can add it to your own genrules. For example, one of the Python libraries we use:
pip_library(
name = 'six',
version = '1.9.0',
outs = ['six.py'],
hashes = ['sha1: 0c31ab7cf1a2761efa32d9a7e891ddeadc0d8673'],
)
This declares that the calculated sha1 hash of the package must match one of the given set, and it's a failure
if not.
You can find the output hash of a particular target by running plz hash //third_party/python:six
which will calculate it for you, and you can enter it in the BUILD file. At some point in the future we'd like
to provide better tooling around this (eg. automatically updating the build file with a particular hash).
The reason for allowing multiple hashes is for rules that generate different outputs on different architectures; this is common for Python libraries which have a compiled component, for example.
For testing purposes you can run Please with the --nohash_verification
flag which will reduce hash
verification failures to a warning message only.
Note that when using this you must be careful that the outputs of your rule are really deterministic. This is
generally true for remote_file
calls, but obviously only if the server returns the same thing
every time for that URL. Some care should be taken with pip_library
since the outputs of a
'pip install' for a package containing binary (not pure Python) modules are not bit-for-bit identical
if compiled locally, only if you downloaded a precompiled wheel. Different Python and OS versions can affect
it too.
Please can attempt to autodetect licences from third-party packages and inform you if they're not ones you'd accept. You mark licences in the .plzconfig file like so:
[licences]
accept = MIT
accept = BSD
reject = MS-EULA
By default, with no [licences]
section, Please won't perform any licence checking.
Once you've added some any package with a licence must have a matching accepted licence in the config.
Currently we can autodetect licences from pip_library
and maven_jars
rules,
you can also set them manually via the licences
attribute on a rule.
It bears mentioning that this is done as a best-effort - since licences and their locations are not standardised in pip (and many other places) we can't always be fully confident about this, so it can't be a full substitute for validating licences yourself.


[OPTION 1] Clone the Git Repository and edit with your favorite editor. e.g. Visual Studio, Visual Studio Code
[OPTION 2] Install Project template from the Visual Studio Gallery and follow the usual File -> New Project -> Web -> QuickApp - to create a new Project from this template.
Lunch with F5 or Ctrl+F5 (The usual way)


|
SSD1306 OLED display driver
1.8.2
This library is developed to control SSD1306/SSD1331/SSD1351/IL9163/PCD8554 RGB i2c/spi LED displays
|
#include <nano_gfx.h>
Public Member Functions | |
| NanoCanvas (uint8_t w, uint8_t h, uint8_t *bytes) | |
| void | drawPixel (uint8_t x, uint8_t y) __attribute__((deprecated)) |
| void | putPixel (uint8_t x, uint8_t y) |
| void | drawRect (uint8_t x1, uint8_t y1, uint8_t x2, uint8_t y2) |
| void | drawHLine (uint8_t x1, uint8_t y1, uint8_t x2) |
| void | drawVLine (uint8_t x1, uint8_t y1, uint8_t y2) |
| void | fillRect (uint8_t x1, uint8_t y1, uint8_t x2, uint8_t y2, uint8_t templ) |
| void | clear () |
| void | char_f6x8 (uint8_t x, uint8_t y, const char ch[], EFontStyle style=STYLE_NORMAL) __attribute__((deprecated)) |
| void | charF6x8 (uint8_t x, uint8_t y, const char ch[], EFontStyle style=STYLE_NORMAL) |
| void | charF12x16 (uint8_t x, uint8_t y, const char ch[], EFontStyle style=STYLE_NORMAL) |
| void | printFixed (uint8_t xpos, uint8_t y, const char ch[], EFontStyle style=STYLE_NORMAL) |
| void | printFixed2x (uint8_t xpos, uint8_t y, const char ch[], EFontStyle style=STYLE_NORMAL) |
| void | drawSpritePgm (uint8_t x, uint8_t y, const uint8_t sprite[]) |
| void | drawBitmap (uint8_t x, uint8_t y, uint8_t w, uint8_t h, const uint8_t *buf) |
| void | drawSprite (uint8_t x, uint8_t y, const uint8_t sprite[]) |
| void | drawSprite (SPRITE *sprite) |
| uint8_t | width () const |
| uint8_t | height () const |
| uint8_t * | buffer () const |
| void | invert () |
| void | flipH () |
| void | blt (uint8_t x, uint8_t y) |
NanoCanvas represents objects for drawing in memory buffer
Definition at line 39 of file nano_gfx.h.
|
inline |
Creates new canvas object. Width can be of any value. Height should be divided by 8. Memory buffer must be not less than w * h / 8.
| w | - width |
| h | - height |
| bytes | - pointer to memory buffer to use |
Definition at line 52 of file nano_gfx.h.
| void NanoCanvas::blt | ( | uint8_t | x, |
| uint8_t | y | ||
| ) |
Draws canvas on the LCD display
| x | - horizontal position in pixels |
| y | - vertical position in blocks (pixels/8) |
|
inline |
Returns canvas buffer
Definition at line 210 of file nano_gfx.h.
|
inline |
Prints text to canvas buffer
| x | - start position X |
| y | - start position Y |
| ch | - text to print (null-terminated) |
| style | - font style (EFontStyle), normal by default |
Definition at line 126 of file nano_gfx.h.
| void NanoCanvas::charF12x16 | ( | uint8_t | x, |
| uint8_t | y, | ||
| const char | ch[], | ||
| EFontStyle | style = STYLE_NORMAL |
||
| ) |
Prints text to canvas buffer using double size font 12x16
| x | - start position X |
| y | - start position Y |
| ch | - text to print (null-terminated) |
| style | - font style (EFontStyle), normal by default |
| void NanoCanvas::charF6x8 | ( | uint8_t | x, |
| uint8_t | y, | ||
| const char | ch[], | ||
| EFontStyle | style = STYLE_NORMAL |
||
| ) |
Prints text to canvas buffer
| x | - start position X |
| y | - start position Y |
| ch | - text to print (null-terminated) |
| style | - font style (EFontStyle), normal by default |
| void NanoCanvas::clear | ( | ) |
Clears canvas
| void NanoCanvas::drawBitmap | ( | uint8_t | x, |
| uint8_t | y, | ||
| uint8_t | w, | ||
| uint8_t | h, | ||
| const uint8_t * | buf | ||
| ) |
Draw bitmap to the buffer from SRAM.
| x | - horizontal position in pixels |
| y | - vertical position in pixels |
| w | - width of bitmap in pixels |
| h | - height of bitmap in pixels (must be divided by 8) |
| buf | - pointer to data, located in Flash: each byte represents 8 vertical pixels. |
| void NanoCanvas::drawHLine | ( | uint8_t | x1, |
| uint8_t | y1, | ||
| uint8_t | x2 | ||
| ) |
Draws horizontal line
| x1 | - left boundary |
| y1 | - position Y |
| x2 | - right boundary |
|
inline |
Draws pixel on specified position
| x | - position X |
| y | - position Y |
Definition at line 69 of file nano_gfx.h.
| void NanoCanvas::drawRect | ( | uint8_t | x1, |
| uint8_t | y1, | ||
| uint8_t | x2, | ||
| uint8_t | y2 | ||
| ) |
Draws rectangle
| x1 | - left boundary |
| y1 | - top boundary |
| x2 | - right boundary |
| y2 | - bottom boundary |
| void NanoCanvas::drawSprite | ( | uint8_t | x, |
| uint8_t | y, | ||
| const uint8_t | sprite[] | ||
| ) |
Sprite is small image 8x8, sprite doesn't change background Reads sprite from SRAM memory
| void NanoCanvas::drawSprite | ( | SPRITE * | sprite | ) |
Draws sprite in the buffer
| sprite | - pointer to SPRITE structure containing sprite information |
| void NanoCanvas::drawSpritePgm | ( | uint8_t | x, |
| uint8_t | y, | ||
| const uint8_t | sprite[] | ||
| ) |
Sprite is small image 8x8, sprite doesn't change background Reads sprite from Flash memory
| void NanoCanvas::drawVLine | ( | uint8_t | x1, |
| uint8_t | y1, | ||
| uint8_t | y2 | ||
| ) |
Draws vertical line
| x1 | - position X |
| y1 | - top boundary |
| y2 | - bottom boundary |
| void NanoCanvas::fillRect | ( | uint8_t | x1, |
| uint8_t | y1, | ||
| uint8_t | x2, | ||
| uint8_t | y2, | ||
| uint8_t | templ | ||
| ) |
Draws filled rectangle
| x1 | - left boundary |
| y1 | - top boundary |
| x2 | - right boundary |
| y2 | - bottom boundary |
| templ | - template to use for filling rectangle |
| void NanoCanvas::flipH | ( | ) |
Flips image horizontally.
|
inline |
Returns canvas height
Definition at line 205 of file nano_gfx.h.
| void NanoCanvas::invert | ( | ) |
Inverts content in the buffer. white becomes black and wise versa.
| void NanoCanvas::printFixed | ( | uint8_t | xpos, |
| uint8_t | y, | ||
| const char | ch[], | ||
| EFontStyle | style = STYLE_NORMAL |
||
| ) |
Prints text to canvas buffer using fixed font.
| xpos | - start position X |
| y | - start position Y |
| ch | - text to print (null-terminated) |
| style | - font style (EFontStyle), normal by default |
| void NanoCanvas::printFixed2x | ( | uint8_t | xpos, |
| uint8_t | y, | ||
| const char | ch[], | ||
| EFontStyle | style = STYLE_NORMAL |
||
| ) |
Prints text to canvas buffer using fixed font double size.
| xpos | - start position X |
| y | - start position Y |
| ch | - text to print (null-terminated) |
| style | - font style (EFontStyle), normal by default |
| void NanoCanvas::putPixel | ( | uint8_t | x, |
| uint8_t | y | ||
| ) |
Draws pixel on specified position
| x | - position X |
| y | - position Y |
|
inline |
Returns canvas width
Definition at line 200 of file nano_gfx.h.


Module: Rack::Request::Env
| Relationships & Source Files | |
| Extension / Inclusion / Inheritance Descendants | |
|
Included In:
| |
| Defined in: | lib/rack/request.rb |
Instance Attribute Summary
-
#env
readonly
The environment of the request.
Instance Method Summary
-
#add_header(key, v)
Add a header that may have multiple values.
-
#delete_header(name)
Delete a request specific value for
name
. -
#each_header(&block)
Loops through each key / value pair in the request specific data.
-
#fetch_header(name, &block)
If a block is given, it yields to the block if the value hasn’t been set on the request.
-
#get_header(name)
Get a request specific value for
name
. -
#has_header?(name) ⇒ Boolean
Predicate method to test to see if
name
has been set as request specific data. - #initialize(env)
- #initialize_copy(other)
-
#set_header(name, v)
Set a request specific value for
name
to ‘v`.
Instance Attribute Details
#env (readonly)
The environment of the request.
# File 'lib/rack/request.rb', line 84
attr_reader :env
Instance Method Details
#add_header(key, v)
Add a header that may have multiple values.
Example:
request.add_header 'Accept', 'image/png'
request.add_header 'Accept', '*/*'
assert_equal 'image/png,*/*', request.get_header('Accept')
# File 'lib/rack/request.rb', line 129
def add_header(key, v) if v.nil? get_header key elsif has_header? key set_header key, "#{get_header key},#{v}" else set_header key, v end end
#delete_header(name)
Delete a request specific value for name
.
# File 'lib/rack/request.rb', line 140
def delete_header(name) @env.delete name end
#each_header(&block)
Loops through each key / value pair in the request specific data.
# File 'lib/rack/request.rb', line 111
def each_header(&block) @env.each(&block) end
#fetch_header(name, &block)
If a block is given, it yields to the block if the value hasn’t been set on the request.
# File 'lib/rack/request.rb', line 106
def fetch_header(name, &block) @env.fetch(name, &block) end
#get_header(name)
Get a request specific value for name
.
# File 'lib/rack/request.rb', line 100
def get_header(name) @env[name] end
#has_header?(name) ⇒ Boolean
Predicate method to test to see if name
has been set as request specific data
# File 'lib/rack/request.rb', line 95
def has_header?(name) @env.key? name end
#initialize(env)
[ GitHub ]#initialize_copy(other)
[ GitHub ]# File 'lib/rack/request.rb', line 144
def initialize_copy(other) @env = other.env.dup end
#set_header(name, v)
Set a request specific value for name
to ‘v`
# File 'lib/rack/request.rb', line 116
def set_header(name, v) @env[name] = v end


mlrMBO ControlFunctions for setting and manipulating the mlrMBO Control Object. |
|
|---|---|
Set MBO options. |
|
Extends mbo control object with infill criteria and infill optimizer options. |
|
Set multi-objective options. |
|
Set multipoint proposal options. |
|
Set termination options. |
|
Start MBOHow to start and continue MBO runs. |
|
Optimizes a function with sequential model based optimization. |
|
Continues an mbo run from a save-file. |
|
Finalizes an mbo run from a save-file. |
|
Parallelization in mlrMBO |
|
mlrMBO examples |
|
Infill CriteriaInfill Criteria and Functions to generate and interact with Infill Criteria. |
|
Extends mbo control object with infill criteria and infill optimizer options. |
|
|
|
Infill criteria. |
Create an infill criterion. |
|
|
|
Get properties of MBO infill criterion. |
Initialize an MBO infill criterion. |
|
MBO ResultsUnderstanding the results. |
|
Multi-Objective result object. |
|
Single-Objective result object. |
|
OptPath in mlrMBO |
|
MBO Result Plotting |
|
Example RunsVisualize MBO runs using Example Runs. |
|
Perform an MBO run on a multi-objective test function and and visualize what happens. |
|
Perform an mbo run on a test function and and visualize what happens. |
|
Renders plots for exampleRun objects and displays them. |
|
Renders plots for exampleRun objects, either in 1D or 2D, or exampleRunMultiObj objects. |
|
Other |
|
Error handling for mlrMBO |
|
Helper function which returns the (estimated) global optimum. |
|
Get names of supported infill-criteria optimizers. |
|
Get names of supported multipoint infill-criteria optimizers. |
|
Generate default learner. |
|
Create a transformation function for MBOExampleRun. |
|
OptProblem object. |
|
OptResult object. |
|
OptState object. |
|
Print mbo control object. |
|
Transformation methods. |


CodeCar was founded in June 2017, with the help of Rural Entrepreneur and Nawaya Network.
Code Car is an application developed by me
Daniel Awde and Pascale Nasr, where it gamifies learning experience for kids and teach them logic thinking at small age.
Beta Test CodeCar for Android.


let range a b =
let r = Array.make (b - a + 1) 0 in
for i = a to b do r.(i - a) <- i done; r
let filteri_array f x =
let atype = snd (f 0 x.(0)) in
let r = Array.make (Array.length x) atype and c = ref 0 in
for i = 0 to Array.length x - 1 do
let y, z = f i x.(i) in
if y = true then (r.(!c) <- z; c := !c + 1)
done;
Array.sub r 0 !c
let filter_array f x = filteri_array (fun _ y -> f y) x
let mapi_array f x =
let atype = f 0 x.(0) in
let r = Array.make (Array.length x) atype in
for i = 0 to Array.length x - 1 do
r.(i) <- f i x.(i)
done; r
let map_array f x = mapi_array (fun _ y -> f y) x
let get_suffix s =
let parts = Str.(split (regexp "\\.")) s in
List.(nth parts (length parts - 1))
let array_iter2 f x y =
let c = min (Array.length x) (Array.length y) in
for i = 0 to c - 1 do
f x.(i) y.(i)
done
let array_iter3 f x y z =
let c = min (Array.length x) (Array.length y) |> min (Array.length z) in
for i = 0 to c - 1 do
f x.(i) y.(i) z.(i)
done
let array_map2i f x y =
let c = min (Array.length x) (Array.length y) in
Array.init c (fun i -> f i x.(i) y.(i))
let array_sum x = Array.fold_left (+.) 0. x


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Alarms are very common nowadays, a lot of people have alarms in the whole house. But what if you want your internal alarm? For example, you may want to stop your siblings from entering your room, this project will help you build a simple PIR motion sensor using the Arduino Uno board.
This project won’t have any type of switch to turn it off so the only way to stop it is to get out of the room where it is installed or turn down the power. This project will also provide a glimpse of how the tone function works.
Parts needed
- 1 x Arduino Uno Board
- 1 x PIR sensor
- 1 x Buzzer
What is a PIR sensor?
A passive infrared sensor (PIR sensor) is an electronic sensor that measures infrared (IR) light radiating from objects in its field of view.
PIR sensor project with Arduino
First thing we have to do, before uploading the program is getting the connections ready. You will need 5 Jumper wires to connect everything, all of these wires should have male-female connectors.
Now it’s time to upload the program to Arduino. In the comments, you can find explanation of the whole code. I set the frequency to 3000 Hz because I found on the internet that most alarms use this frequency. The PIR sensor is basically movement sensor so whenever it detects movements, it sets OUT to HIGH, you can control the time of this HIGH state and the sensitivity of your sensor with the 2 potentiometers shown on the image below.
This project creates beep sounds (work similar to blink but with buzzer instead of an LED) when movements are detected. You can easily change the time of the beep by changing the delay time at the end of for loop.
The Code
bool isToneOn = false; int frequency = 3000; void setup() { //here is our PIR sensor pinMode(2, INPUT); //here is our buzzer pinMode(3, OUTPUT); } void loop() { //when PIR sensor gives us HIGH it means that it detects movement if(digitalRead(2) == HIGH){ //we will turn on alarm for 15 seconds //we are using tone() so we can control frequency of our beep sound //to turn tone off we have to use noTone() //if you want to change frequency of tone you can do it in the variable //on the top of the code for(int a = 0; a < 30; a++){ if(isToneOn){ noTone(3); isToneOn = false; }else{ //3 means our pin where buzzer is connected tone(3, frequency); //we have to change this variable to true, we have to know //when to turn buzzer on and when to turn it on isToneOn = true; } //delay 0.5 second, you can change this value so it will //beep slower or faster delay(500); } } }


AIR FORCE ONE A film review by Chuck Dowling Copyright 1997 Chuck Dowling
Air Force One (1997) **1/2 out of ***** - Cast: Harrison Ford, Gary Oldman, Wendy Crewson, Glenn Close, Dean Stockwell, William H. Macy, Xander Berkeley, Jurgen Prochnow. Written by: Andrew W. Marlowe. Directed by: Wolfgang Petersen. Running Time: 118 minutes.
Have you seen a film from 1988 called "Die Hard"? If you did, then you've seen "Air Force One". Surely first time screenwriter Andrew W. Marlowe saw it, as this movie seems to follow that film's formula to the letter, sadly without adding anything really new to the concept.
In "Air Force One", career good guy Harrison Ford is President James Marshall. After giving a passionate speech in Russia about how terrorism will no longer be tolerated (a speech which oddly causes his staff to cringe, as they actually believe it can be used AGAINST him in the next election), he boards Air Force One and heads for home. Unfortunately, a small group of Russian terrorists "disguised" as journalists (led by career bad guy Gary Oldman) hijacks the plane and threatens to kill a hostage every half hour unless a communist General (a cameo by Jurgen Prochnow of Petersen's "Das Boot") is released from captivity.
I've yet to understand Hollywood's fascination with the President of the United States as a main movie character. Furthermore, I've yet to understand the paradox in which Hollywood presents such a character to us. In films where the audience is required to love the character of the president, the filmmakers go above and beyond to make him someone who we will all like. For example, look at movies like "The American President", "Independence Day", and now "Air Force One", in which the president is played by an actor almost beloved by all, Harrison Ford. His character of the president makes passionate speeches which actually say something, he clearly loves his family, likes to relax by watching football, he's a decorated Vietnam veteran, and most importantly, he fights and kills numerous terrorists when they take over his airplane. What I don't understand is why movie presidents have such strong character, yet whenever there's an election all we hear is how character doesn't matter, many times coming from those in Hollywood. Now this observation is not intended as any sort of political opinion (as I have no interest in politics or in any political party), just as a curious observation into why things are.
Ford again is in fine form, but do you think he's got this role down pat yet? Also, I don't believe I've ever seen the man cry on film before, as he does here. It's a very convincing performance sadly lost in a bunch of cliches. William H. Macy is absolutely wasted in his role as one of the staff members aboard Air Force One. This is the kind of role I'd see him in years ago and think, "Wow, he's interesting. I can't wait to see him in larger roles." Come on Hollywood, stop wasting this man.
Numerous logic problems plague the script. For example, in order for the terrorists plans to work, they are dependent on one of the president's own staff to initiate the takeover. This person's connection with the terrorists is never revealed, why is he helping them? Also, to pull this off, you'd think these terrorists need to be pretty sharp. Yet when the attack is about to begin, moments after takeoff, Oldman has to wake them up! They were napping! Later, when the pilots are killed (never seen that before), the terrorists seem completely unprepared for that possibility. Even though Oldman himself is blowing the pilots away, he's then shocked that they're dead and has no idea what to do next.
A note to filmmakers using computers for special effects: Please, until you can make a computer effect not look like a computer effect, stick with using models. The computer created effect showing the final fate of Air Force One is bad, bad, 1000 times bad. Look at movies from ten to fifteen years ago which used models. They STILL look better than most of today's computer generated effects.
"Air Force One" certainly isn't awful like most recent airplane disaster flicks ("Con Air", "Turbulence"), but I certainly expected something better considering the cast and director. As an action film using a hopelessly overused theme, "Air Force One" is simply a standard entry into the genre and doesn't improve on the "Die Hard" formula as it should have. [R]
-- Chuck Dowling --
Visit Chuck's Movie Reviews at http://users.southeast.net/~chuckd21/ Over 1,600 movies rated and/or reviewed! Movie news, film related links, and reader's reviews.
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