Ontology: DonutShopV06.txt
Context: " Deliver order - 3 vignettes" pattern: " * okay *."
U: * okay *.
S: Live long and prosper.
Context: " Deliver order - 3 vignettes" pattern: "* bye *."
U: * bye *.
S: Good bye.
S: We hope to see you again soon.
Done.
Critique:
Statement: {Done.} has no known nouns!
Action: {Done.} has not been defined.
Context: " Deliver order - 3 vignettes" pattern: "Thank you *."
U: Thank you *.
S: You are most welcome.
Avatar
:
Smile.
S: We are pleased to have your business.
Critique:
Statement: {Smile.} has no known nouns!
Action: {Smile.} has not been defined.
Context: " Explain payment - 5 vignettes" pattern: " * cash *."
U: * cash *.
S: Excellent!
Avatar
:
Smile.
S: That will be [bill total] please.
Critique:
Statement: {Smile.} has no known nouns!
Action: {Smile.} has not been defined.
Context: " Explain payment - 5 vignettes" pattern: "* card *."
U: * card *.
S: Thank you.
Cashier
:
Run card through reader and validate.
S: Would you sign here please?
Critique:
Statement: {Run card through reader and validate.} has no known nouns!
Context: " Explain payment - 5 vignettes" pattern: "* credit *."
U: * credit *.
U: * plastic *.
S: Plastic! Okay.
Avatar
:
Raise eye-brow.
S: Your card please?
Critique:
Statement: {Raise eye-brow.} has no known nouns!
Action: {Raise eye-brow.} has not been defined.
Context: " Explain payment - 5 vignettes" pattern: "* money *."
U: * money *.
S: Thank you.
Cashier
:
Accept cash and make change.
S: Here is your receipt.
Cashier
:
Give cash-receipt to the customer.
S: Your order should be up any second now.
Critique:
Statement: {Accept cash and make change.} has no known nouns!
Context: " Explain payment - 5 vignettes" pattern: "* signature *."
U: * signature *.
S: Thank you.
S: You have an very interesting signature.
S: Your order should be up any second now.
Cashier
:
Give credit-receipt to the customer.
Deliver order.
Critique:
Action: {Deliver order.} has not been defined.
Context: " Take an order - 1 vignettes" pattern: " [Customer] presents [order]."
U: [Customer] presents [order].
S: Thank you for your order.
S: Your tray will be delivered at the delivery counter.
Goal
:
Customer is served.
Assert
:
Customer has entered an order.
Assert
:
Customer has paid for order.
S: Here is your order.
S: Have a good day.
Critique:
Statement: {Customer is served.} has no known nouns!
Action: {Customer is served.} has not been defined.
Action: {Customer has entered an order.} has not been defined.
Action: {Customer has paid for order.} has not been defined.
Vignette pattern references unknown noun: Customer
Dictionary: A coffee-drink is a drink, etc.
A coffee-drink is a beverage.
A drink is a beverage.
A beverage is a product.
A coffee is a coffee-drink.
A drink is a product.
A coffee-drink has a recipe.
An order-out-queue is a location.
A 4-pack-carrier is a carrier.
A 6-pack-carrier is a carrier.
A 12-pack-carrier is a carrier.
A carrier is a container.
Critique:
Dictionary statement not understood: A coffee-drink has a recipe.
Dictionary: Calculated items. (temporary stub)
Total is calculated.
Discount is calculated.
Order-total is calculated.
Taxable-subtotal is calculated.
Price is calculated.
Bill-total is calculated.
Tax is calculated.
Critique:
Dictionary statement not understood: Total is calculated.
Dictionary statement not understood: Discount is calculated.
Dictionary statement not understood: Order-total is calculated.
Dictionary statement not understood: Taxable-subtotal is calculated.
Dictionary statement not understood: Price is calculated.
Dictionary statement not understood: Bill-total is calculated.
Dictionary statement not understood: Tax is calculated.
Dictionary: Coffee and Donuts.
A donut is a product.
A beverage is a product.
A donut is a part.
A donut-item is an order-item.
A coffee-item is an order-item.
A carrier is a container.
A carrier is a part.
A customer is a person.
An order-item is an item.
A menu is a catalog.
A menu-form is a form.
Dictionary: Derived items. (temporary stub)
Order is derived from menu-form.
Bill is derived from order.
Order-item is derived from order.
Coffee-item is derived from order-item.
Dictionary: Equipment.
A stacker is a type of equipment.
Equipment attributes include location, asset-number.
An outgoing-coffee-queue is a queue.
Coffee-staging-area is a workspace.
Dictionary: Inventory accounting.
An asset-account is an account.
this-account is an account.
that-account is an account.
this-pool is a resource-pool.
that-pool is a resource-pool.
Cost-of-goods-sold is an account.
Sales-revenue is an account.
Cost is an amount.
Price is an amount.
Tax is an amount.
Discount is an amount.
A total is an amount.
Dictionary: Items.
Coffee-item is an order-item.
Conut-item is an order-item.
Order-item is a product.
Carrier is a part.
Carrier is a container.
Order is a transaction.
We don't need to say this because an order is a primitive.
Dictionary: Queue.
An order-entry-queue is a queue.
for "Customer arrives through front door" events.
This queue concept is primarily of use in a simulation.
A queue is a workspace.
Workspace is a primitive.
A workspace is a location.
Customer is user.
Critique:
Dictionary statement not understood: Customer is user.
Dictionary: Stackers, racks, trays.
A stacker is a container.
A rack is a container.
A donut-tray is a tray.
A donut-rack is a rack.
An outgoing-donut-queue is a location.
A donut-inventory is an inventory.
A material-inventory is an inventory.
Dictionary: Various containers.
A tray is a container.
A tray is a type of equipment.
A coffee-tray is a tray.
A donut-tray is a tray.
A stacker is a type of equipment.
A stacker is a container.
A cup-dispenser is a container.
A cup-dispenser is a type of equipment.
A donut-rack is a type of equipment.
A cup is a part.
A recipe is a bill-of-material.
A coffee-staging-area is a workspace.
Outgoing-coffee-queue is a workspace.
Outgoing-donut-queue is a workspace.
Order-out-queue is a workspace.
Coffee-staging-area is a workspace.
A workspace is a location.
Flavor is a material.
Coffee-tray-stacker is a stacker.
Donut-tray-stacker is a stacker.
A container is a thing.
A part is a thing.
Dictionary: Various documents.
A menu-form is a form.
A bill is a document.
An order is a transaction.
A receipt is a document.
A cash-receipt is a receipt.
A credit-receipt is a receipt.
Plastic is synonym for credit-card.
Goal: Customer has entered an order.
Preconditions:
Customer is at front of order-entry-queue.[ Signal from queue.]
Actions:
Order-Taker
:
Get the order.
Critique:
Precondition {" Customer is at front of order-entry-queue. [Signal from queue.] "} has no plan.
Precondition {" "} has no known nouns!
Precondition {" "} has no plan.
The noun: "queue" has no antecedant.
Precondition {" Customer is at front of order-entry-queue. [Signal from queue.] "} has no plan.
Precondition {" "} has no known nouns!
Precondition {" "} has no plan.
Goal: Customer has paid for order.
Preconditions:
Actions:
Cashier
:
Prepare bill.
Speaker
:
Explain bill to customer.
Cashier
:
Accept payment from customer.
Critique:
Statement: {Accept payment from customer.} has no known nouns!
The noun: "bill" has no antecedant.
The noun: "bill" has no antecedant.
No preconditions.
Action will be taken as soon as plan starts.
Statement: {Accept payment from customer.} has no known nouns!
Goal: Customer is served.
Preconditions:
Customer has entered an order.
Customer has paid for order.
Actions:
Coffee-Mixer
:
Prepare the coffee-items in the order.
Donut-Fetcher
:
Fetch the donut-items in the order.
Order-Assembler
:
Assemble order-items into carriers.
Order-Checker
:
Give carriers to the customer.
Critique:
Statement: {Assemble order-items into carriers.} has no known nouns!
Statement: {Give carriers to the customer.} has no known nouns!
The noun: "order" has no antecedant.
The noun: "order" has no antecedant.
The noun: "order" has no antecedant.
The noun: "order" has no antecedant.
Statement: {Assemble order-items into carriers.} has no known nouns!
Statement: {Give carriers to the customer.} has no known nouns!
Role: Book-keeper -- Get cost of resource.
Role:
Book-keeper.
Action:
Get cost of resource.
Resource-Manager
:
Get bid for resource.[ native]
Critique:
Action: {Get bid for resource. [native]} has not been defined.
Role: Book-keeper -- Transfer amount from this-account to that-account.
Role:
Book-keeper.
Action:
Transfer amount from this-account to that-account.
Subtract amount from this-account.[ native]
Add amount to that-account.[ native]
Critique:
Action: {Subtract amount from this-account. [native]} has not been defined.
Action: {Add amount to that-account. [native]} has not been defined.
Role: Book-keeper -- Transfer amount from this-thing's this-account to that-thing's that-account.
Role:
Book-keeper.
Action:
Transfer amount from this-thing' s this-account to that-thing' s that-account.
Transfer amount from this-account to that-account.
Role: Book-keeper -- Transfer order's amount to account.
Role:
Book-keeper.
Action:
Transfer order' s amount to account.
Add amount to account.[ native]
Critique:
Action: {Add amount to account. [native]} has not been defined.
Role: Book-keeper -- Transfer product's cost from this-inventory to that-inventory.
Role:
Book-keeper.
Action:
Transfer product' s cost from this-inventory to that-inventory.
Transfer cost from this-inventory' s cost-account to that-inventory' s cost-account.
(Expect critique to complain about line above.)
Critique:
Action: {Transfer cost from this-inventory's cost-account to that-inventory's cost-account.} has not been defined.
Role: Book-keeper -- Transfer resource from this-pool to that-pool.
Role:
Book-keeper.
Action:
Transfer resource from this-pool to that-pool.
Get cost of resource.
Transfer cost from this-pool' s asset-account to that-pool' s asset-account.
Critique:
The noun: "cost" has no antecedant.
Action: {Transfer cost from this-pool's asset-account to that-pool's asset-account.} has not been defined.
The noun: "cost" has no antecedant.
The noun: "asset-account" has no antecedant.
The noun: "asset-account" has no antecedant.
Role: Cashier -- Accept cash and make change.
Role:
Cashier.
Action:
Accept cash and make change.
Accept cash, make change.[15 seconds]
Critique:
Action statement {Accept cash and make change.} has no known nouns!
Statement: {Accept cash, make change. [15 seconds]} has no known nouns!
Action: {Accept cash, make change. [15 seconds]} has not been defined.
Role: Cashier -- Accept payment from customer.
Role:
Cashier.
Action:
Accept payment from customer.
Speaker
:
Accept payment.[9 seconds]
Critique:
Action statement {Accept payment from customer.} has no known nouns!
Statement: {Accept payment. [9 seconds]} has no known nouns!
Action: {Accept payment. [9 seconds]} has not been defined.
Role: Cashier -- Add any amount to total.
Role:
Cashier.
Action:
Add any amount to total.
Add amount to total.[1 second]
Critique:
Action: {Add amount to total. [1 second]} has not been defined.
The noun: "second" has no antecedant.
Role: Cashier -- Explain bill.
Role:
Cashier.
Action:
Explain bill.
Speaker
:
Explain bill to customer.[9 seconds]
Critique:
Action: {Explain bill to customer. [9 seconds]} has not been defined.
Role: Cashier -- Give cash-receipt to the customer.
Role:
Cashier.
Action:
Give cash-receipt to the customer.
Print cash-receipt.[5 seconds]
Give cash-receipt to the customer.[3 seconds]
Critique:
Action: {Print cash-receipt. [5 seconds]} has not been defined.
Action: {Give cash-receipt to the customer. [3 seconds]} has not been defined.
Role: Cashier -- Give credit-receipt to the customer.
Role:
Cashier.
Action:
Give credit-receipt to the customer.
Print credit-receipt.[5 seconds]
Give credit-receipt to the customer.[3 seconds]
Critique:
Action: {Print credit-receipt. [5 seconds]} has not been defined.
Action: {Give credit-receipt to the customer. [3 seconds]} has not been defined.
Role: Cashier -- Prepare bill.
Role:
Cashier.
Action:
Prepare bill.
Sum prices of order-items into order-total.[ native]
Subtract any discounts from order-total to get taxable-subtotal.
Add any taxes to taxable-subtotal to get bill-total.
Critique:
Statement: {Sum prices of order-items into order-total. [native]} has no known nouns!
Action: {Sum prices of order-items into order-total. [native]} has not been defined.
Statement: {Subtract any discounts from order-total to get taxable-subtotal.} has no known nouns!
Action: {Subtract any discounts from order-total to get taxable-subtotal.} has not been defined.
Statement: {Add any taxes to taxable-subtotal to get bill-total.} has no known nouns!
Action: {Add any taxes to taxable-subtotal to get bill-total.} has not been defined.
Role: Cashier -- Run card through reader and validate.
Role:
Cashier.
Action:
Run card through reader and validate.
Run card through reader.[3 seconds]
Wait for validation signal.[5 seconds]
Return card to customer.[2 seconds]
Critique:
Action statement {Run card through reader and validate.} has no known nouns!
Statement: {Run card through reader. [3 seconds]} has no known nouns!
Action: {Run card through reader. [3 seconds]} has not been defined.
Statement: {Wait for validation signal. [5 seconds]} has no known nouns!
Action: {Wait for validation signal. [5 seconds]} has not been defined.
Statement: {Return card to customer. [2 seconds]} has no known nouns!
Action: {Return card to customer. [2 seconds]} has not been defined.
Role: Cashier -- Subtract any amount from total.
Role:
Cashier.
Action:
Subtract any amount from total.
Subtract amount from total.[1 second]
Critique:
Action: {Subtract amount from total. [1 second]} has not been defined.
The noun: "second" has no antecedant.
Role: Coffee-Mixer -- Get container from stacker.
Role:
Coffee-Mixer.
Action:
Get container from stacker.
Move to stacker' s location.
Remove container from stacker.[ native]
Critique:
Action: {Move to stacker's location.} has not been defined.
The noun: "location" has no antecedant.
Action: {Remove container from stacker. [native]} has not been defined.
Role: Coffee-Mixer -- Prepare the coffee-item.
Role:
Coffee-Mixer.
Action:
Prepare the coffee-item.
Fetch recipe' s cup from cup-dispenser.
Add flavors shown in coffee-item' s recipe.
Add coffee amount shown in coffee-item' s recipe.
Move cup to coffee-staging-area.
Book-keeper
:
Transfer coffee-item' s materials from coffee-maker' s material-inventory to coffee-tray.
Critique:
Action: {Fetch recipe's cup from cup-dispenser.} has not been defined.
The noun: "recipe" has no antecedant.
Action: {Add flavors shown in coffee-item's recipe.} has not been defined.
The noun: "recipe" has no antecedant.
Action: {Add coffee amount shown in coffee-item's recipe.} has not been defined.
The noun: "amount" has no antecedant.
The noun: "recipe" has no antecedant.
Action: {Move cup to coffee-staging-area.} has not been defined.
The noun: "coffee-staging-area" has no antecedant.
Action: {Transfer coffee-item's materials from coffee-maker's material-inventory to coffee-tray.} has not been defined.
Role: Coffee-Mixer -- Prepare the coffee-items in the order.
Role:
Coffee-Mixer.
Action:
Prepare the coffee-items in the order.
Get a coffee-tray from the coffee-tray-stacker.[7 seconds native]
For each coffee-item in order:
Prepare the coffee-item.[ distribution:5,25,50 seconds]
Add coffee-item to coffee-tray.[5 seconds]
Move coffee-tray to outgoing-coffee-queue.[4 seconds]
Critique:
Action: {Get a coffee-tray from the coffee-tray-stacker. [7 seconds native]} has not been defined.
The noun: "coffee-tray-stacker" has no antecedant.
Action: {For each coffee-item in order:} has not been defined.
The noun: "coffee-item" has no antecedant.
Action: {Prepare the coffee-item. [distribution: 5,25,50 seconds ]} has not been defined.
The noun: "coffee-item" has no antecedant.
Action: {Add coffee-item to coffee-tray. [5 seconds]} has not been defined.
The noun: "coffee-item" has no antecedant.
Action: {Move coffee-tray to outgoing-coffee-queue. [4 seconds]} has not been defined.
The noun: "outgoing-coffee-queue" has no antecedant.
Role: Customer -- Fill in the menu-form.
Role:
Customer.
Action:
Fill in the menu-form.
Read the menu-form.[8 seconds]
Decide what is wanted.[8 seconds]
Fill in the menu-form.[8 seconds]
Critique:
Action: {Read the menu-form. [8 seconds]} has not been defined.
Statement: {Decide what is wanted. [8 seconds]} has no known nouns!
Action: {Decide what is wanted. [8 seconds]} has not been defined.
Action: {Fill in the menu-form. [8 seconds]} has not been defined.
Role: Customer -- Present credit card.
Role:
Customer.
Action:
Present credit card.
Fish in pocket or purse for wallet.[5 seconds]
Search through cards for the right card.[5 seconds]
Hand the card to the cashier.[2 seconds]
Critique:
Action statement {Present credit card.} has no known nouns!
Statement: {Fish in pocket or purse for wallet. [5 seconds]} has no known nouns!
Action: {Fish in pocket or purse for wallet. [5 seconds]} has not been defined.
Statement: {Search through cards for the right card. [5 seconds]} has no known nouns!
Action: {Search through cards for the right card. [5 seconds]} has not been defined.
Statement: {Hand the card to the cashier. [2 seconds]} has no known nouns!
Action: {Hand the card to the cashier. [2 seconds]} has not been defined.
Role: Customer -- Submit menu-form to order-taker.
Role:
Customer.
Action:
Submit menu-form to order-taker.
Give the menu-form to the order-taker.[3 seconds]
Critique:
Action: {Give the menu-form to the order-taker. [3 seconds]} has not been defined.
Role: Donut-Fetcher -- Add item to container.
Role:
Donut-Fetcher.
Action:
Add item to container.
Move to container.
Put item into container.[ native]
Critique:
Action: {Put item into container. [native]} has not been defined.
Role: Donut-Fetcher -- Fetch the donut from the donut-rack.
Role:
Donut-Fetcher.
Action:
Fetch the donut from the donut-rack.
Move to donut-rack.
Take donut from the donut-rack.
(Is this needed? Does the system already know how to do this?)
Critique:
Action statement {Fetch the donut from the donut-rack.} has no known nouns!
Statement: {Move to donut-rack.} has no known nouns!
Action: {Move to donut-rack.} has not been defined.
Statement: {Take donut from the donut-rack.} has no known nouns!
Action: {Take donut from the donut-rack.} has not been defined.
Role: Donut-Fetcher -- Fetch the donut-items in the order.
Role:
Donut-Fetcher.
Action:
Fetch the donut-items in the order.
Get a donut-tray from donut-tray-stacker.[ native]
For each donut in the order:
Fetch the donut from the donut-rack.
Add the donut to the donut-tray.
(Book-keeper: Transfer donut's cost from donut-inventory to donut-tray.)
Move tray to outgoing-donut-queue.
Critique:
Action: {Get a donut-tray from donut-tray-stacker. [native]} has not been defined.
The noun: "donut-tray-stacker" has no antecedant.
Action: {For each donut in the order:} has not been defined.
Statement: {Fetch the donut from the donut-rack.} has no known nouns!
Statement: {Add the donut to the donut-tray.} has no known nouns!
Action: {Add the donut to the donut-tray.} has not been defined.
Action: {Move tray to outgoing-donut-queue.} has not been defined.
The noun: "tray" has no antecedant.
The noun: "outgoing-donut-queue" has no antecedant.
Role: Donut-Fetcher -- Get item from container.
Role:
Donut-Fetcher.
Action:
Get item from container.
Move to container.
Remove item from container.[ native]
Critique:
Action: {Remove item from container. [native]} has not been defined.
Role: Donut-Fetcher -- Move carrier to location.
Role:
Donut-Fetcher.
Action:
Move carrier to location.
Move to location.
Place carrier at location.[ native]
Critique:
Action: {Place carrier at location. [native]} has not been defined.
Role: Donut-Fetcher -- Move to container.
Role:
Donut-Fetcher.
Action:
Move to container.
Move self to container' s location.[ native]
Critique:
Action: {Move self to container's location. [native]} has not been defined.
The noun: "location" has no antecedant.
Role: Donut-Fetcher -- Move to location.
Role:
Donut-Fetcher.
Action:
Move to location.
Move self to location.[ native]
Critique:
Action: {Move self to location. [native]} has not been defined.
Role: Donut-Fetcher -- Take item from container.
Role:
Donut-Fetcher.
Action:
Take item from container.
Get item from container.
Role: Mobile-Agent -- Get thing from location.
Role:
Mobile-Agent.
Action:
Get thing from location.
Move to location.
Get thing from location.[ native]
(Is "native" a safe assumption?)
Critique:
Action: {Get thing from location. [native]} has not been defined.
Role: Mobile-Agent -- Move thing to location.
Role:
Mobile-Agent.
Action:
Move thing to location.
Move to location.
Place thing at location.[ native]
Critique:
Action: {Place thing at location. [native]} has not been defined.
Role: Mobile-Agent -- Move to equipment's location.
Role:
Mobile-Agent.
Action:
Move to equipment' s location.
Move to location.
Role: Mobile-Agent -- Move to location.
Role:
Mobile-Agent.
Action:
Move to location.
Move self to location.[ native]
Critique:
Action: {Move self to location. [native]} has not been defined.
Role: Order-Assembler -- Assemble beverages and donuts into appropriate carriers.
Role:
Order-Assembler.
Action:
Assemble beverages and donuts into appropriate carriers.
If order has less than two beverages:
(How will this work? Is there a sensor?)
Select no carrier.
ElseIf order has less than five beverages:
Select 4-pack-carrier.
ElseIf order has less than seven beverages:
Select 6-pack-carrier.
ElseIf order has more than six beverages:
Select 12-pack-carrier.
Distribute beverages and donuts on carrier.
(This does not cover really large orders with more than 12 beverages.)
Critique:
Action statement {Assemble beverages and donuts into appropriate carriers.} has no known nouns!
Action: {If order has less than two beverages:} has not been defined.
The noun: "order" has no antecedant.
Action: {Select no carrier.} has not been defined.
The noun: "carrier" has no antecedant.
Action: {ElseIf order has less than five beverages:} has not been defined.
The noun: "order" has no antecedant.
Statement: {Select 4-pack-carrier.} has no known nouns!
Action: {Select 4-pack-carrier.} has not been defined.
Action: {ElseIf order has less than seven beverages:} has not been defined.
The noun: "order" has no antecedant.
Statement: {Select 6-pack-carrier.} has no known nouns!
Action: {Select 6-pack-carrier.} has not been defined.
Action: {ElseIf order has more than six beverages:} has not been defined.
The noun: "order" has no antecedant.
Statement: {Select 12-pack-carrier.} has no known nouns!
Action: {Select 12-pack-carrier.} has not been defined.
Action: {Distribute beverages and donuts on carrier.} has not been defined.
The noun: "carrier" has no antecedant.
Role: Order-Assembler -- Assemble order-items into carriers.
Role:
Order-Assembler.
Action:
Assemble order-items into carriers.
Bag or box donuts as appropriate.
Assemble beverages and donuts into appropriate carriers.
Move carriers to order-out-queue.
Critique:
Action statement {Assemble order-items into carriers.} has no known nouns!
Statement: {Bag or box donuts as appropriate.} has no known nouns!
Statement: {Assemble beverages and donuts into appropriate carriers.} has no known nouns!
Action: {Move carriers to order-out-queue.} has not been defined.
The noun: "order-out-queue" has no antecedant.
Role: Order-Assembler -- Bag or box donuts as appropriate.
Role:
Order-Assembler.
Action:
Bag or box donuts as appropriate.
If the order has more than six donuts:
Fetch a box from box-stacker.
Erect the box.
Else:
Fetch a bag from the bag-dispenser.
Pop the bag.
Critique:
Action statement {Bag or box donuts as appropriate.} has no known nouns!
Action: {If the order has more than six donuts:} has not been defined.
The noun: "order" has no antecedant.
Statement: {Fetch a box from box-stacker.} has no known nouns!
Action: {Fetch a box from box-stacker.} has not been defined.
Statement: {Erect the box.} has no known nouns!
Action: {Erect the box.} has not been defined.
Statement: {Else:} has no known nouns!
Action: {Else:} has not been defined.
Statement: {Fetch a bag from the bag-dispenser.} has no known nouns!
Action: {Fetch a bag from the bag-dispenser.} has not been defined.
Statement: {Pop the bag.} has no known nouns!
Action: {Pop the bag.} has not been defined.
Role: Order-Assembler -- Select carrier.
Role:
Order-Assembler.
Action:
Select carrier.
Pull given type of carrier from associated stack.
Bookkeeper
:
Transfer carrier part from stack to work-in-progress.
Critique:
Action: {Pull given type of carrier from associated stack.} has not been defined.
Action: {Transfer carrier part from stack to work-in-progress.} has not been defined.
The noun: "part" has no antecedant.
Role: Order-Checker -- Give carriers to the customer.
Role:
Order-Checker.
Action:
Give carriers to the customer.
Match carrier to order.
Move matched carrier to scale.
(This catches most errors with carrier sequencing.)
If scale weight matches order' s expected weight:
Release carriers to customer.[ native]
(Book-Keeper: Transfer order's cost to cost-of-goods-sold.)
(Book-Keeper: Transfer order's price to sales-revenue.)
Else:
(Most likely error is that carrier is out of sequence.)
Check for carrier-sequence-error.
Speaker
:
Deliver order.
Critique:
Action statement {Give carriers to the customer.} has no known nouns!
Action: {Match carrier to order.} has not been defined.
The noun: "carrier" has no antecedant.
The noun: "order" has no antecedant.
Action: {Move matched carrier to scale.} has not been defined.
The noun: "carrier" has no antecedant.
Action: {If scale weight matches order's expected weight:} has not been defined.
The noun: "order" has no antecedant.
Statement: {Release carriers to customer. [native]} has no known nouns!
Action: {Release carriers to customer. [native]} has not been defined.
Statement: {Else:} has no known nouns!
Action: {Else:} has not been defined.
Statement: {Check for carrier-sequence-error.} has no known nouns!
Action: {Check for carrier-sequence-error.} has not been defined.
The noun: "order" has no antecedant.
Role: Order-Taker -- Get the order.
Role:
Order-Taker.
Action:
Get the order.
Speaker
:
Show menu-form.
Validate menu-form.
Translate menu-form to customer order.
Critique:
The noun: "menu-form" has no antecedant.
The noun: "menu-form" has no antecedant.
The noun: "menu-form" has no antecedant.
Role: Order-Taker -- Provide customer with menu-form.
Role:
Order-Taker.
Action:
Provide customer with menu-form.
Speaker
:
Show menu-form.[2 seconds]
Critique:
Action: {Show menu-form. [2 seconds]} has not been defined.
Role: Order-Taker -- Translate menu-form to customer order.
Role:
Order-Taker.
Action:
Translate menu-form to customer order.
(Is this needed?)
Role: Order-Taker -- Validate menu-form.
Role:
Order-Taker.
Action:
Validate menu-form.
(It must have at least one item selected.)
Role: Speaker -- Accept payment.
Role:
Speaker.
Action:
Accept payment.
Dialog.[ Explain payment.]
Critique:
Action statement {Accept payment.} has no known nouns!
Statement: {Dialog. [Explain payment.]} has no known nouns!
Action: {Dialog. [Explain payment.]} has not been defined.
Role: Speaker -- Deliver order.
Role:
Speaker.
Action:
Deliver order.
Dialog.[ Deliver order.]
Critique:
Action: {Dialog. [Deliver order.]} has not been defined.
Role: Speaker -- Explain bill and accept payment.
Role:
Speaker.
Action:
Explain bill and accept payment.
Explain bill.
Accept payment.
Critique:
Action: {Explain bill.} has not been defined.
Statement: {Accept payment.} has no known nouns!
Role: Speaker -- Explain bill to customer.
Role:
Speaker.
Action:
Explain bill to customer.
Show.[ Bill.]
Critique:
Action: {Show. [Bill.]} has not been defined.
Role: Speaker -- Request payment.
Role:
Speaker.
Action:
Request payment.
Dialog.[ Explain payment.]
Critique:
Action statement {Request payment.} has no known nouns!
Statement: {Dialog. [Explain payment.]} has no known nouns!
Action: {Dialog. [Explain payment.]} has not been defined.
Role: Speaker -- Show document.
Role:
Speaker.
Action:
Show document.
Show document view.[ native]
Critique:
Action: {Show document view. [native]} has not been defined.
The noun: "view" has no antecedant.
Role: Speaker -- Show menu-form.
Role:
Speaker.
Action:
Show menu-form.
Ask.[ Menu-form.]
(STUB - until we implement blackboard and smarter speaker.)
Critique:
Action: {Ask. [Menu-form.]} has not been defined.
Role: Speaker -- Show view.
Role:
Speaker.
Action:
Show view.
Show view named in annotation.[ native]
Critique:
Action: {Show view named in annotation. [native]} has not been defined.
View: Bill.
Critique:
In { [drink total] Total for Drinks.} the widget contains unknown noun: drink
In { [donut total] Total for Donuts.} the widget contains unknown noun: donut
In { [taxable ] Taxable Amount.} the widget contains unknown noun: taxable
In { [sales taxes] Sales Taxes.} the widget contains unknown noun: sales
In { [total owed ] Total Due.} the widget contains unknown noun: total
View: Cash-Receipt.
Critique:
In { [drink total] Total for Drinks.} the widget contains unknown noun: drink
In { [donut total] Total for Donuts.} the widget contains unknown noun: donut
In { [taxable ] Taxable Amount.} the widget contains unknown noun: taxable
In { [sales taxes] Sales Taxes.} the widget contains unknown noun: sales
In { [total owed ] Total Paid (Cash). } the widget contains unknown noun: total
View: Credit-Receipt.
Critique:
In { [drink total] Total for Drinks.} the widget contains unknown noun: drink
In { [donut total] Total for Donuts.} the widget contains unknown noun: donut
In { [taxable ] Taxable Amount.} the widget contains unknown noun: taxable
In { [sales taxes] Sales Taxes.} the widget contains unknown noun: sales
In { [total owed ] Total Paid (Card: [credit-card-ref]). } the widget contains unknown noun: total
In { [total owed ] Total Paid (Card: [credit-card-ref]). } the widget contains unknown noun: credit-card-ref
View: Menu-Form.
Critique:
In { [1] Kapa Chino } the widget contains unknown noun: 1
In { [2] X Press O} the widget contains unknown noun: 2
In { [3] Mocha} the widget contains unknown noun: 3
In { [4] Milkee} the widget contains unknown noun: 4
In { [5] _Plain_ Coffee} the widget contains unknown noun: 5
In { [6] Plain Milk} the widget contains unknown noun: 6
In { [7] *Fresh* Orange Juice} the widget contains unknown noun: 7
In { [qPlain] Plain} the widget contains unknown noun: qPlain
In { [qJelly] Jelly} the widget contains unknown noun: qJelly
In { [qChoc ] Chocolate Glaze} the widget contains unknown noun: qChoc
In { [qOat ] Oat Meal} the widget contains unknown noun: qOat
View: Payment Options.


Time tracking in project management and team management.
It's easy to use. Simply open a new tab and you will have all the time, no settings or reports.
Time Tracking Stats for Jira
Track the estimated, recorded and remaining hours of your project. Also shows time tracking statistics for all releases / versions.
Check your team's contribution to the project. By analyzing each member's project effort, you will be able to find your superheroes!
To discover all the functionalities in detail, visit the documentation page.
A new tab in the project navigation, it couldn't be easier
Time Tracking Stats for Jira enables efficient and effective project execution.
Thanks to a new tab, you can track time according to your metrics and key indicators.
Getting time tracking statistics has never been easier!
Our apps are the result of innovation and continuous improvement
with the guarantee of being certified as a Silver Marketplace Partner.
Integrate SonarQube or SonarCloud with Jira. All the information on the quality of the code at your fingertips.
A new custom field type to be able to create lookup fields and link issues.
Tools for Jira administrators. Streamline work and reduce time for common tasks.


What is the worst-case cost for Quicksort's partition step?
\Theta(n)
\Theta(n^2)
\Theta(\log n)
\Theta(n \log n)
Partition moves indices inwards until the meet.
Each step either swaps or moves indices.
No record can swap more than once, and the total number of index moves can only be the length of the partition.


Security Cynic
{{.User}}
Your Assessment:
{{printf "%s" .Markdown}}
Forget Assessment
{{.Title}} [
Edit
]
{{.Body}}
Assessments:
{{if .Comments}}
{{range $key, $comment := .Comments}}
{{$comment.Body}}
{{end}}
{{else}}
{{end}}


Haskell backend¶
The Haskell backend is an independent part of the system and the user can use it from the console. You can start the program by navigating its folder MultiCategory
and running the command stack ghci
which starts the (read evaluate print loop).
Packages and data structures¶
The backend uses the following packages to store different models. Some of the data structures are fairly simple and included in the base.
NimpleGraph (our own graph data manipulation implementation)
Schema and instance categories¶
The schema categories are implemented as modules that contain Haskell datatypes. These schema categories can be found from the folder src which contains folders named after the data sets. Each folder contains a file called SchemaCategory.hs. Each of these folders contains a file called InstanceCategory.hs which contains the objects that are mapped with collection constructor functors from the schema category. The morphisms are not implemented explicitly since we conceptually consider that all the Haskell functions (except the undefined) to be morphisms.


Build 2d8d62f6be545b10
Results:
Build Running
Running bot_update
Execution:
Steps and Logfiles:
-
recipe bootstrap
( 1 secs )
-
setup_build
( 1 secs )
running recipe: "v8"
-
bot_update
( 59 mins 55 secs )
Build Properties:
| Name | Value | Source |
| path_config |
kitchen
|
recipe bootstrap |
| slavename |
fakeslave
|
recipe bootstrap |
| buildername |
infra-continuous-precise-32
|
recipe bootstrap |
| mastername |
chromium.infra
|
recipe bootstrap |
| allow_milo |
1
|
Swarming Tags |
Timing:
| Start |
Monday, 14-Mar-16 10:00:01 UTC
|
| End |
N/A
|
| Elapsed |
59 mins 58 secs
|


{% extends "base.html" %} {% block app_content %}
{{ _('Please confirm this log-in attempt on the Authy app on your phone.') }}


Open Street Parking Restriction Specification
Update: moved to github on 6/30/2017, see more from our team here...!
Join our effort to make a format for parking restriction cataloging.
This effort will make distributing, consuming, and organizing electronic
parking data a breeze!
OSPRS


embed-page demo - dynamic Polymer binding
1st instance - chocolate defined within embed-page inline.
Note the TEMPLATE wrapper which prevents execution of code
within EMBED-PAGE in page context
inline-demo-component-html.html shows dynamic binding via iron-ajax
and [[ ]] binding in body.
Loading...
...


§431:8-211 Penalties. (a) Any person, other than an insured, who represents or aids an unauthorized insurer in violation of this part may be subject to a fine not in excess of $1,000.
(b) Any unauthorized insurer who transacts any unauthorized act of an insurance business as set forth in this part may be fined not more than $10,000. [L 1987, c 347, pt of §2; am L 1989, c 207, §6; am L 2006, c 154, §8]


LEC
Lauren Elizabeth Carroll
Toggle navigation
Home
About
Resume
Photography
References
Writing Samples
Contact
Meet Lauren
My Photography
This is some of my Photography.


Home
Menu
About Us
Crime Data
Crime Heatmap
Crime Leaflet
Crime Bubbles
Welcome to the Data page!
Here you will find information about: Crimes that have occurred in each US State, What Year each crime occurred, A variety of different crimes!
State
Year
Population
Violent Crime
Homicide
Rape Legacy
Robbery
Aggravated Assault
Property Crime
Burglary
Larceny
Motor Vehicle Theft


|
|
Useful Stuff gets buried - what can be done about it? |
17 |
1 year 35 weeks ago by TimSmall |
1 year 35 weeks ago by Bramco |
|
|
HELP with sensing voltage and current(circuit schematic)!! |
3 |
1 year 35 weeks ago by lamela |
1 year 35 weeks ago by Robert Wall |
|
|
EmonPi, Solar and diverter |
8 |
1 year 36 weeks ago by hapless |
1 year 35 weeks ago by pb66 |
|
|
measuring "power" in water heated systems |
14 |
2 years 1 week ago by savenlid |
1 year 36 weeks ago by savenlid |
|
|
Energy Diversion on DC side |
3 |
1 year 36 weeks ago by felixcollins |
1 year 36 weeks ago by felixcollins |
|
|
Project announcement: emonLight |
2 |
1 year 37 weeks ago by sermore |
1 year 36 weeks ago by sermore |
|
|
SLC / High Endurance SD Cards |
0 |
1 year 36 weeks ago by CalonDdraig |
n/a |
|
|
Emons Power usage reported is a lot lower than my Current Cost Monitor |
18 |
1 year 37 weeks ago by JohnnyD |
1 year 36 weeks ago by Bill Thomson |
|
|
Charge controller ? |
0 |
1 year 37 weeks ago by Thumperup |
n/a |
|
|
FIWA with daily average? |
2 |
1 year 43 weeks ago by lassetobiasen |
1 year 37 weeks ago by rbreuss |
|
|
Measure heatpump COP and ultimately SPF. With EmonCMS ? |
7 |
2 years 9 weeks ago by Sander |
1 year 37 weeks ago by dBC |
|
|
Doughnut shaped %-age usage pies in emoncms? |
0 |
1 year 37 weeks ago by dBC |
n/a |
|
|
Hello World! |
3 |
1 year 38 weeks ago by Rich.T. |
1 year 38 weeks ago by Bill Thomson |
|
|
reaching emoncms safe from www |
18 |
1 year 38 weeks ago by brutzler |
1 year 38 weeks ago by brutzler |
|
|
EmonPi + Solar PV diversion - avoiding re-inventing the wheel.... |
0 |
1 year 38 weeks ago by Derekb |
n/a |
|
|
Monitoring from the circuit breaker |
7 |
1 year 39 weeks ago by justin0530 |
1 year 39 weeks ago by Bill Thomson |
|
|
Monitoring Oil and Gas using open-source tools |
6 |
1 year 39 weeks ago by justin0530 |
1 year 39 weeks ago by Bill Thomson |
|
|
How to show data in the dashboard |
0 |
1 year 39 weeks ago by Guest |
n/a |
|
|
Current sensors on ceramic fuses |
1 |
1 year 39 weeks ago by rlawther |
1 year 39 weeks ago by Robert Wall |
|
|
Import from http://home.solarlog-web.eu/ |
6 |
1 year 48 weeks ago by boelle |
1 year 39 weeks ago by boelle |
|
|
Integrating Emoncms into ESP modules |
7 |
1 year 39 weeks ago by juanpintom |
1 year 39 weeks ago by juanpintom |
|
|
Measuring my diversion |
1 |
1 year 39 weeks ago by Chassyh |
1 year 39 weeks ago by Robert Wall |
|
|
RTD Temperature Sensing |
6 |
1 year 43 weeks ago by saturno |
1 year 40 weeks ago by mpruessmeier |
|
|
Project announcement: PiPowerMeter |
16 |
1 year 41 weeks ago by crjens |
1 year 40 weeks ago by crjens |
|
|
What displays will work with Landis Gyr E470 meter? |
1 |
1 year 42 weeks ago by rabh |
1 year 41 weeks ago by TimSmall |
|
|
Tesla |
1 |
1 year 42 weeks ago by Paul Reed |
1 year 42 weeks ago by Bramco |
|
|
Starting today to build a Robin Mk2 with an emontx 2.2 - what software version does reporting and divertion |
15 |
1 year 43 weeks ago by bruce_miranda |
1 year 42 weeks ago by bruce_miranda |
|
|
EmonCMS in a Software as a Service Infrastructure |
4 |
1 year 46 weeks ago by Mattia Rossi |
1 year 43 weeks ago by TrystanLea |
|
|
Post Processing |
1 |
1 year 44 weeks ago by mpruessmeier |
1 year 44 weeks ago by pb66 |
|
|
External immersion heaters |
24 |
3 years 37 weeks ago by Brian D |
1 year 44 weeks ago by Paul Reed |
|
|
Newbie_ Question on CT's and Sensors |
3 |
1 year 45 weeks ago by cormad |
1 year 44 weeks ago by Robert Wall |
|
|
Connecting a screen to the Pi |
4 |
1 year 45 weeks ago by Lionel |
1 year 44 weeks ago by JD |
|
|
Pulling data out of Viessmann equipment using "openv". |
1 |
1 year 49 weeks ago by TimSmall |
1 year 45 weeks ago by TimSmall |
|
|
Shared Linux Hosting |
4 |
1 year 45 weeks ago by Gerardo |
1 year 45 weeks ago by Gerardo |
|
|
why does the output from the current signal have a modulated sinewave |
36 |
1 year 47 weeks ago by Sabirmgd |
1 year 46 weeks ago by calypso_rae |
|
|
UUID over all parts of emon* to get a federated datawarehouse |
2 |
1 year 47 weeks ago by mpruessmeier |
1 year 46 weeks ago by mpruessmeier |
|
|
Trouble getting started |
6 |
1 year 47 weeks ago by nrgsim |
1 year 47 weeks ago by Robert Wall |
|
|
Upcoming EDX course on measurement and control |
8 |
2 years 44 weeks ago by dBC |
1 year 47 weeks ago by dBC |
|
|
Error emoncms.org |
0 |
1 year 47 weeks ago by Gerardo |
n/a |
|
|
Emon All-In-One |
0 |
1 year 47 weeks ago by officeboy |
n/a |
|
|
34 circuits to monitor.. |
1 |
1 year 47 weeks ago by Guest |
1 year 47 weeks ago by pb66 |
|
|
Inverter recommendations? |
1 |
2 years 2 days ago by matt-carbon-coop |
1 year 47 weeks ago by kosmonooit |
|
|
rebooted and now data is screwed (timeseries) |
29 |
2 years 6 weeks ago by boelle |
1 year 47 weeks ago by boelle |
|
|
British Gas Smart Meters - Part 1 |
21 |
3 years 23 weeks ago by jamesleesaunders |
1 year 48 weeks ago by jamesleesaunders |
|
|
Syncing between emonCMS installations |
2 |
1 year 48 weeks ago by mpruessmeier |
1 year 48 weeks ago by pb66 |
|
|
Real Power |
1 |
1 year 48 weeks ago by hneel |
1 year 48 weeks ago by dBC |
|
|
minimal setting |
3 |
1 year 48 weeks ago by rsegoly |
1 year 48 weeks ago by Robert Wall |
|
|
RFM12B to APC220 [SOLVED] |
1 |
1 year 49 weeks ago by allmac |
1 year 48 weeks ago by jasonwxwcn |
|
|
Raspberry Pi and SPI LCD display |
3 |
1 year 48 weeks ago by daturach |
1 year 48 weeks ago by daturach |
|
|
yhdc SCT 30 sensor, which the correct value |
5 |
1 year 48 weeks ago by norlinux |
1 year 48 weeks ago by Robert Wall |


Welcome to the Theme Editor. From here you can edit existing themes or make new ones. Start by selecting a
theme to edit from the dropdown menu or choosing New…
to make a new one. If you need more help, click this
or hover over the many others throughout the
page for more detailed help.
Themes work by overriding the default styles your site administrator has set up. To override an option, toggle it on with its checkbox. If an option isn’t toggled on, you won’t be able to adjust it. If you’re not sure what an option does, hover over the icon to get a description of it.
When you’re finished, you can click the button to save the changes to ONLY the theme you’re currently editing. Switching themes will revert all the changes you’ve made in this session. Themes can also be renamed by choosing them from the dropdown menu, changing the name option, and saving the theme. Finally, if you’re absolutely sure, you can delete a theme by clicking the button. This action is irreversible and the theme will be gone forever.
Your theme preview changes live as you toggle options on and off and change their values. Experiment with different values to create new and interesting themes. If you want to start over, you can click the button to reset your theme.


Name:
Roll number:
Email
Date of Birth:
Enter phone number:
+91
Address:
Guardian's name:
Select your gender:
Male
Female
Other
Class:
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
Stream:
---
Science
Arts
Commerce
Submit


Bet your friends wherever you take your phone
Make your bets even more official by posting proof creating permanent evidence of your wins!
Have your friends take in on the action with social feeds of bets
All bets are safe and secure, and privacy and security is one of our top priorities


{# # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. -#} {% extends "email/_base/body.html" %} {% block extra_style %} ul.collaborator-details { list-style-type: none; } {% endblock %} {% block content %}
{% trans %}A new collaborator has been added to a project you own on PyPI:{% endtrans %}
{% trans<EMAIL_ADDRESS><EMAIL_ADDRESS>%}If this was a mistake, you can email {{ email_address }} to communicate with the PyPI administrators.{% endtrans %}
{% endblock %} {% block reason %} {% trans %}You are receiving this because you are an owner of this project.{% endtrans %} {% endblock %}


Using xip.io to point domain to any host
Posted: | More posts about dns nginx
When I first heard about it from Armin Ronacher's twitter status last
year, I don't really get what problem it solve and how it can be useful.
Working with a number of virtual instances from vagrant launched virtual machines
or lxc container to instance of aws ec2 or digital ocean's droplet, all with
varying IP address, I started to value something like xip. My /etc/hosts now
has 90+ entries, some of it not used anymore. Everytime I have new instance to
test with my app, I have to add new entry in /etc/hosts to point to that IP,
and then forgot about it.
xip.io simply resolve any subdomain of it to the ip address included as part of the subdomain. For example let say you have an app running at server with IP address <IP_ADDRESS>. The app has been configured to serve a domain called dev.myapp.com (using virtual host of the webserver). So that you can access the app using http://dev.myapp.com, you have to add in /etc/hosts the ip address of the server. Since dev.myapp.com is for development and it can be on any machine, adding it to your real dns server does not make sense so /etc/hosts a good fit for it. But that mean your /etc/hosts will quickly grow with list of entries that you might only use once.
So instead adding the IP to /etc/hosts, let xip.io resolve it. We can define the domain for xip.io as subdomain.[ip-address].xip.io and it will resolve to that [ip-address]. For example:-
dev.myapp.com.<IP_ADDRESS>.xip.io --------> <IP_ADDRESS> dev.myapp.com.<IP_ADDRESS>.xip.io --------> <IP_ADDRESS> dev.myapp.com.<IP_ADDRESS>.xip.io --------> <IP_ADDRESS> test.myapp.com.<IP_ADDRESS>.xip.io --------> <IP_ADDRESS>
To actually serve the above sites, we have to change our web server config a bit so it can consider the above willcard. For example, for nginx, the config should look like:-
server { root /usr/share/nginx/dev; index index.html index.htm; server_name ~^dev\.myapp\.com\.(.*)\.xip\.io$; ... ... }
This kind of service, coupled with others such as localtunnel or pagekite would be really helpful and as Armin said in the tweet, should in every developers toolbox.


Software Engineer
Redmond, WA
<EMAIL_ADDRESS>Skills
Python
MATLAB & R
Machine Learning
C++
Languages
English
Chinese
Hobbies
BS Electrical Engineering w/ minor in Management Science and Engineering
As a member of Azure's SQL Database team, I am working towards further optimizing internal resource management. Specifically, I am leading a rework of hard disk related management strategy by leveraging time series data.
My main responsibilities at Cisco involved developing internal automation tools and applications. Some of the specific processes I leveraged were data analysis, real-time telemetry streaming, and machine learning. Additionally, I led a small subteam initiative to research & prototype machine learning models with the intent to optimize, streamline, and automate current development + testing workflows. We applied clustering algorithms, Naive Bayes Classifiers, neural networks, and decision trees on medium-sized datasets (~20000 observations).
As a summer intern, I independently built a price prediction tool to enhance the statistical validity of competitive pricing reports. The model used a k-Nearest Neighbor algorithm driven by a modified text difference algorithm. k-Fold Cross Validation on 9000+ observations showed that the model's predicted price fell within user-defined tolerance roughly 80% of each test set. The results of the competitive pricing models influence Lenovo's Marketing, Design, and other business decisions.
This research project called the Quantum Tunneling Electron Platform (QTEP) was an experimental device aimed at identifying carcinogenic or other atypical proteins present in a blood sample. I helped build the classification pipeline by applying wavelet decomposition techniques which served as the dominant features in a Random Forrest Classifier.
I worked on the Electrical System team where I designed and built the steering wheel circuitry (LCD screen, vehicle buttons, radio button). The steering wheel served as the main way the driver interacted with the car, save for the accelerator/brake pedals. The schematics and PCB layout were done using Altium, and the initial board bringup + debug was done in-house. Additionally, I jumpstarted prospective research into implementing autonomous or semi-autonomous systems that may enhance future iterations of solar cars.
Helmetrics was initially an Entrepreneurship class project started with the idea of producing a mass-market appropriate concussion monitoring system. I built the initial prototype using a single MEMs gyroscope and Arduino. Additionally, I honed prospective business and revenue models through analyzing feedback from early marketing intiatives. I am currently enhancing the real-time motion tracking software, as well as researching multi-sensor architectures for a much more comprehensive model of head movements.
The Autonomous RC Car is an ongoing hobby that I tinker with to understand the fundamentals of autonomous vehicle systems. I used a LIDAR sensor and Arduino microcontroller to implement simple versions of 'Pre-collision braking' and 'Adaptive Cruise Control' systems. The communication between the sensor and Arduino follows I2C protocol. I also replaced the standard battery pack with a rechargeable pack and solar panel. The next enhancement is to integrate a camera to implement simple computer vision functionality.


ABSOLUTE POWER A film review by James Berardinelli Copyright 1997 James Berardinelli
RATING (0 TO 10): 7.5 Alternative Scale: *** out of ****
United States, 1997 U.S. Release Date: 2/14/97 (wide) Running Length: 2:02 MPAA Classification: R (Violence, sex, profanity) Theatrical Aspect Ratio: 2.35:1
Cast: Clint Eastwood, Gene Hackman, Ed Harris, Laura Linney, Judy Davis, Scott Glenn, Dennis Haysbert, E.G. Marshall Director: Clint Eastwood Producers: Clint Eastwood and Karen S. Spiegel Screenplay: William Goldman based on the novel by David Baldacci Cinematography: Jack N. Green Music: Lennie Niehaus and Clint Eastwood U.S. Distributor: Columbia Pictures
In 1997 movies, the White House is under siege, although not as literally as in last year's INDEPENDENCE DAY. No less than three major motion pictures released between New Year's Day and the twilight of the summer season have stories that postulate high level government cover- ups. The first, SHADOW CONSPIRACY, was a terrible film that vanished from theaters almost as soon as it opened. The third, MURDER AT 1600, is slated for a warm weather bow, and will feature Wesley Snipes as a police officer investigating a homicide on the grounds of the White House. In between these two pictures comes Clint Eastwood's ABSOLUTE POWER, a fairly routine thriller that gets high marks as a result of tight pacing and top-notch acting.
In 1993's IN THE LINE OF FIRE, Eastwood played a Secret Service agent. Here, he's hunted by a pair of them. Frankly, the actor seems equally comfortable on either side of the badge, just as he does on either side of the camera. Unlike UNFORGIVEN and THE BRIDGES OF MADISON COUNTY, there's nothing remarkable about this motion picture; ABSOLUTE POWER is a straightforward thriller that, while entertaining, will not go down as an example of Eastwood's best work.
Luther Whitney (Eastwood) is a master thief; he's one of only six people who can defeat the Sullivan mansion's alarm system. Once inside, he makes his way into the bedroom, finds the hidden vault, and proceeds to fill his bag with cash and jewelry. But this isn't Luther's night. Just as he's finishing up the robbery, the lady of the house (Melora Hardin) arrives home with a gentleman guest. Luther is forced to hide in the vault, behind a one-way mirror. What he sees next not only shocks him, but makes him the target of a hit man, the Secret Service, and the Washington D.C. police. Christy Sullivan's inebriated escort is none other than Alan J. Richmond (Gene Hackman), the President of the United States.  Luther witnesses all this from his hiding place, but it's not long before the detective leading the murder investigation, Seth Frank (Ed Harris), realizes that the aging thief was in the house when the crime occurred. But was he a witness or a participant?
ABSOLUTE POWER, adapted by veteran screenwriter William Goldman from the novel by David Baldacci, is an intriguing story told in an effective manner. It's entertaining for the most part, sporadically clever, and occasionally gripping, but thoughtful viewers will easily recognize a number of sizable plot holes. This is one movie that looks better while you're watching it than when you reflect upon it afterwards. Ultimately, the reason to see ABSOLUTE POWER is for the pleasure of the cat-and-mouse game between Luther and everyone who's out to get him. The end isn't the fun part; getting there is. At the appropriate moments, Eastwood ratchets up the level of tension to keep us involved.
The "A-list" cast for ABSOLUTE POWER says a great deal for the prestige of the project and Eastwood's reputation. The director plays Luther as a sage, somewhat laid back character -- more like BRIDGES' protagonist than Dirty Harry. Hackman, who last worked with Eastwood on UNFORGIVEN, is effectively amoral as the president (some viewers may be reminded of the actor's previous cover-up/conspiracy thriller, NO WAY OUT, where Hackman's Secretary of State accidentally killed his mistress). Judy Davis (HUSBANDS AND WIVES) plays Gloria Russell, Richmond's Chief of Staff and the author of the cover-up. Scott Glenn (SILVERADO) and Dennis Haysbert (LOVE FIELD) are the Secret Service agents involved in the plot. Laura Linney (PRIMAL FEAR) is Luther's estranged daughter, whose uncertain relationship with her father leads to the film's most emotionally honest moments.
In the wrong hands, ABSOLUTE POWER could have resulted in a splashy, inept film. For, while the material here is inherently better than that of SHADOW CONSPIRACY, it takes strong performances and a sure, steady hand at the helm to lift the production above the level of its uneven script. Eastwood's approach is slow and deliberate; he develops characters and relationships and doesn't rely on cheap gimmicks to generate tension. The favorable result speaks for itself. The final cut of ABSOLUTE POWER isn't shocking or surprising, but seeing it is worth the commitment of a couple of hours on a cold February night.
- James Berardinelli e-mail<EMAIL_ADDRESS>ReelViews web site: http://www.cybernex.net/~berardin
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


Pak Navy invites applications to join force as doctor | Pakistan - Geo.tv
by Web DeskPakistan Navy has invited applications to join the force as doctor through (M) Cadet Scheme (5th Batch).
Candidates studying in the 4th (Male and Females) and 5th (Males only) year of MBBS in government medical colleges recognized by the PMDC/relevant authority as on 1st July 20 are eligible to apply.
The candidates' age should be 26 years as of 1st July 2020.
Candidates may register themselves by visiting Pakistan Navy official website or nearest PM Recruitment and Selection Centre.
Applications sent directly to Recruitment Directorate at Naval Headquarters will not be entertained.
Candidates can apply from November 24 to December 08, 2019.


 Unfortunately, the term is completely inaccurate, since "conjoined" means "to join or become joined together, or to unite," which is exactly the opposite of what happens in these cases. Siamese twins can't be "conjoined" because they were never separated in the first place, which leaves us in a semantic quandary that can only be resolved by a swift and totally arbitrary ruling. Like it or not, you're stuck with "Siamese twins" until somebody thinks of something better... or at least until the end of this article. Siamese twins are formed when identical twinning goes awry. The cause of the syndrome is unknown, but it's suspected to be caused by environmental factors. (A high incidence of Siamese twinning was reported in areas of Vietnam exposed to Agent Orange, for instance.) Identical twins are formed when a single embryo unexpectedly divides into two embryos which bear identical DNA. Siamese twins result when an embryo starts to divide, but fails to complete the process. The result is not quite two children. Wherever the embryo stopped dividing, the twins that would have been melt back into a single entity. Siamese twins occur in one of every 200,000 live births, which works out to between one and two births per day worldwide (although many of these do not survive long). Depending on how much of the twin(s) is (are) shared, the phenomenon raises some headache-inducing questions about just what makes an individual person individual. For instance, are you two people if you have two heads? What if you share a heart? A spinal cord? What if you're just joined at the buttocks (one of the more common and viable forms of Siamese twinning)? Where does one twin end and the other begin? It's impossible to construct a one-size-fits-all answer to this conundrum, because the possible configurations are virtually unlimited.
Types of Not-Really-Conjoined TwinsThere are several major types of Siamese twins, each one stranger than the last -- assuming you arrange them in increasing order of strangeness. Which is what we have, in fact, done.
The primary types listed above cover the vast majority of Siamese twins, but there are even more exotic possibilities, most of which are extraordinarily rare and even more mind-bending. These include:
Famous Not-Really-Conjoined TwinsAlthough there are scattered historical hints, there are few definitive records of Siamese twins until the second millennium, and most of those are even more recent. The vast majority of Siamese twins are stillborn even today, and that mortality rate was much higher before the dawn of modern medicine.Siamese twins who survived childbirth also had (and continue to have) a much lower life expectancy than other children. Many ancient socieities -- including Greece, Egypt and Rome -- routinely practiced infanticide and euthanasia on children born with birth defects. Toward the beginning of the Middle Ages, occasional reports of Siamese twins began to surface (although no one called them that). The Biddenden Maids were a celebrated pair of British women around 1100 who were supposedly joined at both the hips and the shoulders (medically unlikely). Other reports were less whimsical, including a few stories about disastrous and lethal attempts at separation. The first successful separation was reported in 1689, but even then, the many kinds of Siamese twins (still not called that) made such operations extraordinarily rare. The 19th century saw the birth of the most famous Siamese twins in history, Chang and Eng Bunker, who can be legitimately called Siamese twins, primarily because they were Siamese. Chang and Eng were connected by a short length of skin on their chests. They were born in what was then Siam in 1811 and sold to the circus by their mother when they were teenagers. In retrospect, Chang and Eng were excellent medical candidates for separation, but risks were judged to be too great during their lifetimes. The two stayed together and eventually earned their own money performing as a freak-show and "scientific display" known as the Siamese Twins. As survival rates and mass communication techniques improved, the number of documented Siamese twins grew dramatically over the next 200 years. Many Siamese twins (like the Tocci Brothers of Italy) became celebrities in their own right. Others managed to carve out reasonably normal lives for themselves, including marriage (often to non-connected siblings) and children. After retiring from the circus, Chang and Eng lived into their 60s and fathered more than 20 children between them.
Separation AnxietyAlthough the first successful separation was reported in the 17th century, the definition of "successful" is pretty dicey. The earliest separations were performed when one of the twins was gravely ill or had already died, in an effort to save the other.Because the surgery was most often performed on older Siamese twins, the physical and psychological shock of separation was usually too much to bear, especially when one of the twins died. The surviving twin would linger for weeks or even months -- but rarely years. Medical advances since the 1960s have dramatically improved separation success rates. One reason for this improvement is that doctors have begun operating early, before babies become fully developed and before the brain starts to lock in neural pathways based on the connnected state. The earlier the surgery is performed, the better the chance that the separated twins can have something resembling a normal life. Today, doctors are able to tackle even the more difficult forms of Siamese twinning, such as craniopagus twins attached at the head, with a reasonable chance of success. But there are still problematic cases, in which the shared properties of twins prompt deep and difficult moral questions and provoke great outbursts of semi-hysterical handwringing by large groups of people who have no relevant life experience on which to base their opinions. The many possible configurations of Siamese twins make it impossible to craft a single answer to the question: "Should they be separated?" Some twins, like Chang and Eng, have very little actual overlap in their bodies. For all intents and purposes, they were two different people and it would be an easy call -- both medically and ethically -- to separate them if they were born today. Similarly, no one gets worked into a lather if excess body parts are trimmed from a Siamese twin with a single brain. Of course, it's the other cases that you hear about. As separation techniques have improved, the parents of some Siamese twins have been forced into a literally Solomonic dilemma: do you kill one twin so that the other can live? Usually, the only time this option is considered is when both twins will die without separation: When two children with two fully functioning brains share a single heart, obviously only one can survive the separation. The case of Gracie and Rosie Attard, born in 2000 in Britain, was exemplary of the problem. Gracie and Rosie were joined along the chest and abdomen, but only had one heart between them. Gracie had a normally functioning brain, while Rosie had an underdeveloped brain. Because of the way their connection was configured, doctors determined that both would die if they were not separated. The Attard case prompted an especially huge brouhaha, because the parents (who were Roman Catholics) believed killing the underdeveloped twin was murder and refused to allow separation. The issue got even stickier when a British court overruled their wishes and ordered doctors to separate the twins (an issue aggravated even more deeply by the fact the Attards were not British citizens). Another stir erupted in 2003, when an adult Siamese twin pairing sought separation of their own accord. Laleh and Ladan Bijani were joined at the head. They had spent their 29 years of life dreaming of the day when they would be separated from each other. Unfortunately, both of them died during the 50-hour operation. Sticky situations like these have inspired long and mostly tiresome debates about the ethics of separating Siamese twins at all, with some doctors going so far as to argue that separating the "conjoined" is mutilating one (or two) of God's creatures, at least in cases where the Siamese twins are capable of surviving joined. Some members of the pro-life lobby have also strenuously objected to any procedure which risks the lives of either twin, no matter how incomplete that twin might be. The most recent example was Manar Maged, an Egyptian girl who was born with an extra head, which prompted howls of outrage from bloggers and holy rollers who swore that if the head could smile -- which it could -- it must be considered a fully participating human being. The second head was removed in 2005 and Maged is reportedly recovering well. Obviously, it's an extremist view to insist that any given mass of flesh automatically qualifies as a human life, but the issue does raise reasonable questions about what exactly is normal and human, and what isn't. In 2000, Lori Schappel, one half of an adult "conjoined" pair, told the BBC: "We never wanted to be separated, we never do want to be separated and our families never ever wanted us separated because we fully believe that God made us this way and He had a purpose for us and you do not ruin what God has made." Whether or not you want to bring God into it, the question of what's right and proper looms large over any discussion of medical treatment for Siamese twins. Speculation on this point has led to lectures and books with titles such as "Conjoined Twins and the Future of Normal" and the growth of advocacy groups which urge society to embrace Siamese twins as part of an expanded definition of "normal" which can include hermaphrodites and other unusual birth configurations such as dwarfism and gigantism. Of course, you run into the same problem with "normal" here that you encounter with "conjoined." Normal means "the usual or expected state, form, amount, or degree." Conjoined twins are neither conjoined nor normal, but how about this? They're "OK" -- which means "agreeable; acceptable."  I'm OK, you're OK, midgets are OK, giants are OK, elephant men are OK, hermaphrodites are OK, Siamese twins are OK. "And I think to myself, what a wonderful world..."
|


@element.getName()
UID: @element.getUid()
Collection: @element.getCollection()
Useful Information:
This table contains information about the selected digital object. Each row describes one of the properties of the object, including it's values.
The "Status" column explains the status of the property. In case the status is 'CONFLICT', there are several conflicting values for the property.
The rest of the columns contain values from the different source tools which provide information.
The table also provides possibility to resolve the conflicts. The most right column with checkboxes set whether the properties are important for conflict resolution.
These properties will be used as triggering conditions for the created rule.The checkboxes next to property values define whether the values should be removed.
If there is only one value left the property status is set to 'SINGLE_RESULT'.


Class
Every value in Gravity is an object, and every object is an instance of a class. Classes define an object's behavior and state. Behavior is defined by methods which live in the class. Every object of the same class supports the same methods. State is defined in fields, whose values are stored in each instance.
Like functions a Class is a first class object, that means that it can be stored in local variables (even in Lists or Maps), passed as a function parameter or returned by a function. Gravity supports nested classes and single inheritance.
Defining a class
Like most programming languages the class keyword is used to declare a new class:
class Italy {
}
Instantiate a class
A class in gravity can be instantiated by simply executing it (without the new keyword):
var instance = Italy();
Methods
Functions declared inside a class are called methods and are used to add behaviors to objects that belongs to a specific class:
class Italy {
func print() {
System.print("Hello from Italy");
}
}
Properties
Variables declared inside a class are called properties and are used to add states to objects that belongs to a specific class:
class Italy {
var population = 60656000;
var area = 301340; // in km2
func density() {
return population/area;
}
}
func main() {
var it = Italy();
return it.density(); // returns 201.287582
}
Class methods and properties
A class method (or property) is a method (or property) that operates on class objects rather than instances of the class. In Gravity you can specify a class method (or property) using the static keyword:
class Italy {
static var population = 60656000;
static var area = 301340; // in km2
static func density() {
return population/area;
}
}
func main() {
return Italy.density();
}
Getters and Setters:
As a convenient way to execute some code when a property is read or written, Gravity fully support custom getters and setters:
class foo {
private var _a = 12;
var a {
set {_a = value * 100;} // value is default parameter name
get {return _a/2;}
};
var b {
// in this case b is a write-only property
set (newb) {_a = newb * 50;} // parameter name can be specified
};
}
func main() {
var f = foo();
f.a = 14; // 14*100 = 1400
return f.a; // 1400/2 = 700
}
Adding methods at runtime:
Sometimes you need to add methods at runtime to a particular instance, this is far more efficient than subclassing and in many cases it could be a decision than can be applied only at runtime. Gravity provides a convenient bind method specifically developed to manage this feature:
class foo {
func f1() {System.print("Hello from f1");}
}
func main() {
var obj = foo();
obj.f1(); // Output: Hello from f1
// add a new f2 method to obj instance
obj.bind("f2", {System.print("Hello from f2");});
obj.f2(); // Output: Hello from f2
// replace f1 method
obj.bind("f1", {System.print("Hello from f1 new");});
obj.f1(); // Output: Hello from f1 new
// with unbind you can remove an existing method
obj.unbind("f2");
obj.f2(); // RUNTIME ERROR: Unable to find f2
}
Nested classes:
There are many cases where nested classes can lead to more readable and maintainable code, for example as a way of logically grouping classes that are only used in one place:
class Database {
public var query;
class RecordSet {
public var sql;
public func run() {
if (!sql) return 0;
System.print(sql);
return sql.length();
}
func init() {
System.print("RecordSet init called");
}
}
func init() {
System.print("Database init called");
query = RecordSet();
}
}
func main() {
var db = Database();
db.query.sql = "Hello World from Gravity!";
return db.query.run();
}
Access specifiers
The public and private keywords can be used to restrict access to specific part of code.


| DOSE: |
repeated |
insufflated |
Cocaine |
(powder / crystals) |
These are my experiences with coke, first a little background.
Most people start young, I didn't really do anything until I was 18 and working, so I already had a fair bit of life experience before trying any drugs. I became an avid pothead for about 3 years, and they were the best years of my life in many ways! I wish I could go back, but coke changed it all.
I had tried a line here and there in the end of high school, but I didn't buy any until the fall of 2002 when I had a good job and my pot dealer could get me blow regularly and it was easy. So I bought some. I was so excited about finally having my own stash to try, and the first little line or two I took it easy, and only felt the effects a little bit.
Then I took a gagger (a fat rail) and it hit me fully for the first time ever. 'Go' by Moby was on my stereo, and my heart started beating to the beat. I felt so alive, I can't remember but I think I danced around my room for a bit. Then I snorted another line and sat back with my guitar. I played some of the best riffs I've ever come up with, I never had that much creative energy when smoking pot. Then I settled down as I had work the next day and I did not want any kind of hangover. I remember feeling euphoric the next couple days at work, kinda like the big man around the job. I got in the habit of having one or two lines after work, and that was it. Just to feel it's effects and 'experiment' in my mind. I told myself I was only going to buy one 8 ball (3.5 grams) and that would be it.
Well my mom was getting on my nerves, and I decided to buy a second ball when the first ran out. That's when the trouble started. I started taking a line after my mom would fight with me, to forget about the bullshit and feel better. It helped and she calmed down, and I was doing really well at work. This went on for a little while and I felt fine, a couple times taking the train to work in the morning I still felt mashed from the night before, but rarely did it affect my work.
 I was staying in a motel once and I had work the next day. I didn't even realize the time fly by, but all the sudden I looked up and it was 5 in the morning and I was still doing rails. I tried so hard to look sober at work, and I don't think anyone noticed, but it scared me. Another time I had to go pick up a relative on short notice, and I was already fried, and I was starting to sketch out while driving.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!] I'd rather not repeat everything that happened but the whole event made me see myself from other peoples eyes.  I never bought it again after that. I did finish what I had though.
Since then I haven't been able to smoke pot, and it took me almost a year to feel 'normal' around people again. I never had an addictive personality before this experience, but it really changed me. It's been over a year and a half since I touched the stuff, and every once in a while I think about it and my heart starts to beat. I could get it in a second if I wanted it, but I don't. In the long run the only thing coke gave me was a long lasting headache. Many people will tell you it's very bad, but when you try it you think 'Hey, this doesn't affect me that much' but it's a habit, and once it's in you it's hard to get out.
I'm glad I came out clean, I've got the same job still and it's going great, and my life is really starting to come together piece by piece. I wish I could say the same for friends of mine that got caught in the same trap.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Celebrity http://www.ram.org/ramblings/movies/celebrity.html
You can learn a lot about society by seeing who it celebrates. That's the message in /Celebrity/, a funny typically-neurotic Woody Allen film.
/Celebrity/ follows the life of an estranged journalist Lee Simon (Kenneth Branagh) who appears to be blessed with some of the best and worst luck a human being could have.  On the other hand, he invariably screws things up such that in the end he is left alone, as his dreams and ambitions drift away with the waves.
The movie is also about the lives of the rich and the famous and the power they wield over others. Brandon Darrow (Leonardo DiCaprio, in a non-typical bad boy role), for example, is a famous actor sought after by Simon to star in the script he's hawking. Simon does everything to please Darrow but that only lands him in trouble (and a $6000 debt!). Likewise, people currying favours from Simon (given his journalist status) are left in the cold. The lesson: like with everywhere else, there are few nice people in the industry. There is some commentary about celebrating and glorifying people, but it gets lost in the shuffle that is Simon's woes.
/Celebrity/ remains interesting because of the famous actors playing the characters that Simon flirts with, including Wynona Ryder, Melanie Lee Griffith, Famke Janssen, and Charlize Theron. As is typical with many Woody Allen films, the movie is extremely hilarious at times and manages to keep you amused through-out. The film is done entirely in pretentious artsy-fartsy black and white.
Lee Simon as a character is reminiscent of Sherman McCoy from /The Bonfire of the Vanities/. It's tempting to look at the character of Simon as a portrayal of Woody Allen (particularly given Branagh's excellent mimicry), and perhaps this is what the Director intended. If this is the case, Allen either has a confused view of himself or enjoys taking us all for a ride.
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


uadmin.Language¶
Back to Language Functions Page
Language is a system in uAdmin that is used to add, modify and delete the elements of a language.
Structure:
type Language struct {
Model
EnglishName string `uadmin:"required;read_only;filter;search"`
Name string `uadmin:"required;read_only;filter;search"`
Flag string `uadmin:"image;list_exclude"`
Code string `uadmin:"filter;read_only;list_exclude"`
RTL bool `uadmin:"list_exclude"`
Default bool `uadmin:"help:Set as the default language;list_exclude"`
Active bool `uadmin:"help:To show this in available languages;filter"`
AvailableInGui bool `uadmin:"help:The App is available in this language;read_only"`
}
There are 2 functions that you can use in Language:
Save() - Saves the object in the database
String() - Returns the Code of the language
There are 2 ways you can do for initialization process using this function: one-by-one and by group.
One-by-one initialization:
func main(){
// Some codes
language := uadmin.Language{}
language.EnglishName = "English Name"
language.Name = "Name"
}
By group initialization:
func main(){
// Some codes
language := uadmin.Language{
EnglishName: "English Name",
Name: "Name",
}
}
In the following examples, we will use “by group” initialization process.
uadmin.Language Examples¶
Example #1: Active¶
Suppose the Tagalog language is not active.
Exit your application for a while. Go to the main.go and apply the following codes below:
func main(){
// Some codes
// Language configurations
language := uadmin.Language{
EnglishName: "Tagalog",
// Set this to true
Active: true
}
// Checks the English name from the language. If it matches, it will
// update the status of the Active field.
uadmin.Update(&language, "Active", language.Active, "english_name = ?", language.EnglishName)
// Returns the Code of the language
uadmin.Trail(uadmin.INFO, "String() returns %s.", language.String())
}
Now run your application, refresh your browser and see what happens.
Terminal
[ INFO ] String() returns tl.
As expected, the Tagalog language is now set to active. Logout your account to see the result.
Example #2: Default¶
Suppose the Vietnamese language is not set to default.
Exit your application for a while. Go to the main.go and apply the following codes below:
func main(){
// Some codes
// Language configurations
language := uadmin.Language{
Code: "vi",
// Set this to true
Default: true,
}
// Checks the code from the language. If it matches, it will update the
// status of the Default field.
uadmin.Update(&language, "Default", language.Default, "code = ?", language.Code)
}
Now run your application, refresh your browser and see what happens.
As expected, the Vietnamese language is now set to default. Inside the Language model, search for English then click that record.
Disable the active status then click Save.
On the top right corner, click the blue button then select Logout.
Log out your account and see what happens.
It automatically sets the value of the Language field to Tiếng Việt (Vietnamese).
Example #3: RTL¶
Suppose that Arabic language is not set to RTL (Right To Left).
Exit your application for a while. Go to the main.go and apply the following codes below:
func main(){
// Some codes
// Language configurations
language := uadmin.Language{
Code: "ar",
// Set this to true
RTL: true,
}
// Checks the code from the language. If it matches, it will update the
// status of the RTL field.
uadmin.Update(&language, "RTL", language.RTL, "code = ?", language.Code)
}
Now run your application, refresh your browser and see what happens.
As expected, the Arabic language is now set to RTL (Right To Left). Log out your account then login again. Set your language to (Arabic) العربية and let’s see what happens.
The login page has aligned from right to left.
If you go to any models in the dashboard (example below is Dashboard Menus), it aligns the form automatically from right to left.