Cloud Vision V1 API - Class Google::Cloud::Vision::V1::ProductSearch::Client (v0.6.4)
Reference documentation and code samples for the Cloud Vision V1 API class Google::Cloud::Vision::V1::ProductSearch::Client.
Client for the ProductSearch service.
Manages Products and ProductSets of reference images for use in product search. It uses the following resource model:
- The API has a collection of ProductSet resources, named
projects//locations//productSets/*
, which acts as a way to put different products into groups to limit identification.
In parallel,
The API has a collection of Product resources, named
projects//locations//products/
Each Product has a collection of ReferenceImage resources, named
projects//locations//products//referenceImages/*
Inherits
- Object
Methods
.configure
def self.configure() { |config| ... } -> Client::Configuration
Configure the ProductSearch Client class.
See Configuration for a description of the configuration fields.
- (config) — Configure the Client client.
- config (Client::Configuration)
# Modify the configuration for all ProductSearch clients ::Google::Cloud::Vision::V1::ProductSearch::Client.configure do |config| config.timeout = 10.0 end
#add_product_to_product_set
def add_product_to_product_set(request, options = nil) -> ::Google::Protobuf::Empty
def add_product_to_product_set(name: nil, product: nil) -> ::Google::Protobuf::Empty
Adds a Product to the specified ProductSet. If the Product is already present, no change is made.
One Product can be added to at most 100 ProductSets.
Possible errors:
- Returns NOT_FOUND if the Product or the ProductSet doesn't exist.
def add_product_to_product_set(request, options = nil) -> ::Google::Protobuf::Empty
add_product_to_product_set
via a request object, either of type
AddProductToProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::AddProductToProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def add_product_to_product_set(name: nil, product: nil) -> ::Google::Protobuf::Empty
add_product_to_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. The resource name for the ProductSet to modify.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
-
product (::String) — Required. The resource name for the Product to be added to this ProductSet.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Protobuf::Empty)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::AddProductToProductSetRequest.new # Call the add_product_to_product_set method. result = client.add_product_to_product_set request # The returned object is of type Google::Protobuf::Empty. p result
#configure
def configure() { |config| ... } -> Client::Configuration
Configure the ProductSearch Client instance.
The configuration is set to the derived mode, meaning that values can be changed, but structural changes (adding new fields, etc.) are not allowed. Structural changes should be made on Client.configure.
See Configuration for a description of the configuration fields.
- (config) — Configure the Client client.
- config (Client::Configuration)
#create_product
def create_product(request, options = nil) -> ::Google::Cloud::Vision::V1::Product
def create_product(parent: nil, product: nil, product_id: nil) -> ::Google::Cloud::Vision::V1::Product
Creates and returns a new product resource.
Possible errors:
- Returns INVALID_ARGUMENT if display_name is missing or longer than 4096 characters.
- Returns INVALID_ARGUMENT if description is longer than 4096 characters.
- Returns INVALID_ARGUMENT if product_category is missing or invalid.
def create_product(request, options = nil) -> ::Google::Cloud::Vision::V1::Product
create_product
via a request object, either of type
CreateProductRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::CreateProductRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def create_product(parent: nil, product: nil, product_id: nil) -> ::Google::Cloud::Vision::V1::Product
create_product
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. The project in which the Product should be created.
Format is
projects/PROJECT_ID/locations/LOC_ID
. - product (::Google::Cloud::Vision::V1::Product, ::Hash) — Required. The product to create.
-
product_id (::String) — A user-supplied resource id for this Product. If set, the server will
attempt to use this value as the resource id. If it is already in use, an
error is returned with code ALREADY_EXISTS. Must be at most 128 characters
long. It cannot contain the character
/
.
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::Product)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::CreateProductRequest.new # Call the create_product method. result = client.create_product request # The returned object is of type Google::Cloud::Vision::V1::Product. p result
#create_product_set
def create_product_set(request, options = nil) -> ::Google::Cloud::Vision::V1::ProductSet
def create_product_set(parent: nil, product_set: nil, product_set_id: nil) -> ::Google::Cloud::Vision::V1::ProductSet
Creates and returns a new ProductSet resource.
Possible errors:
- Returns INVALID_ARGUMENT if display_name is missing, or is longer than 4096 characters.
def create_product_set(request, options = nil) -> ::Google::Cloud::Vision::V1::ProductSet
create_product_set
via a request object, either of type
CreateProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::CreateProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def create_product_set(parent: nil, product_set: nil, product_set_id: nil) -> ::Google::Cloud::Vision::V1::ProductSet
create_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. The project in which the ProductSet should be created.
Format is
projects/PROJECT_ID/locations/LOC_ID
. - product_set (::Google::Cloud::Vision::V1::ProductSet, ::Hash) — Required. The ProductSet to create.
-
product_set_id (::String) — A user-supplied resource id for this ProductSet. If set, the server will
attempt to use this value as the resource id. If it is already in use, an
error is returned with code ALREADY_EXISTS. Must be at most 128 characters
long. It cannot contain the character
/
.
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::ProductSet)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::CreateProductSetRequest.new # Call the create_product_set method. result = client.create_product_set request # The returned object is of type Google::Cloud::Vision::V1::ProductSet. p result
#create_reference_image
def create_reference_image(request, options = nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
def create_reference_image(parent: nil, reference_image: nil, reference_image_id: nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
Creates and returns a new ReferenceImage resource.
The bounding_poly
field is optional. If bounding_poly
is not specified,
the system will try to detect regions of interest in the image that are
compatible with the product_category on the parent product. If it is
specified, detection is ALWAYS skipped. The system converts polygons into
non-rotated rectangles.
Note that the pipeline will resize the image if the image resolution is too large to process (above 50MP).
Possible errors:
- Returns INVALID_ARGUMENT if the image_uri is missing or longer than 4096 characters.
- Returns INVALID_ARGUMENT if the product does not exist.
- Returns INVALID_ARGUMENT if bounding_poly is not provided, and nothing compatible with the parent product's product_category is detected.
- Returns INVALID_ARGUMENT if bounding_poly contains more than 10 polygons.
def create_reference_image(request, options = nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
create_reference_image
via a request object, either of type
CreateReferenceImageRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::CreateReferenceImageRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def create_reference_image(parent: nil, reference_image: nil, reference_image_id: nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
create_reference_image
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. Resource name of the product in which to create the reference image.
Format is
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID
. - reference_image (::Google::Cloud::Vision::V1::ReferenceImage, ::Hash) — Required. The reference image to create. If an image ID is specified, it is ignored.
-
reference_image_id (::String) — A user-supplied resource id for the ReferenceImage to be added. If set,
the server will attempt to use this value as the resource id. If it is
already in use, an error is returned with code ALREADY_EXISTS. Must be at
most 128 characters long. It cannot contain the character
/
.
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::ReferenceImage)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::CreateReferenceImageRequest.new # Call the create_reference_image method. result = client.create_reference_image request # The returned object is of type Google::Cloud::Vision::V1::ReferenceImage. p result
#delete_product
def delete_product(request, options = nil) -> ::Google::Protobuf::Empty
def delete_product(name: nil) -> ::Google::Protobuf::Empty
Permanently deletes a product and its reference images.
Metadata of the product and all its images will be deleted right away, but search queries against ProductSets containing the product may still work until all related caches are refreshed.
def delete_product(request, options = nil) -> ::Google::Protobuf::Empty
delete_product
via a request object, either of type
DeleteProductRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::DeleteProductRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def delete_product(name: nil) -> ::Google::Protobuf::Empty
delete_product
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. Resource name of product to delete.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Protobuf::Empty)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::DeleteProductRequest.new # Call the delete_product method. result = client.delete_product request # The returned object is of type Google::Protobuf::Empty. p result
#delete_product_set
def delete_product_set(request, options = nil) -> ::Google::Protobuf::Empty
def delete_product_set(name: nil) -> ::Google::Protobuf::Empty
Permanently deletes a ProductSet. Products and ReferenceImages in the ProductSet are not deleted.
The actual image files are not deleted from Google Cloud Storage.
def delete_product_set(request, options = nil) -> ::Google::Protobuf::Empty
delete_product_set
via a request object, either of type
DeleteProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::DeleteProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def delete_product_set(name: nil) -> ::Google::Protobuf::Empty
delete_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. Resource name of the ProductSet to delete.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Protobuf::Empty)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::DeleteProductSetRequest.new # Call the delete_product_set method. result = client.delete_product_set request # The returned object is of type Google::Protobuf::Empty. p result
#delete_reference_image
def delete_reference_image(request, options = nil) -> ::Google::Protobuf::Empty
def delete_reference_image(name: nil) -> ::Google::Protobuf::Empty
Permanently deletes a reference image.
The image metadata will be deleted right away, but search queries against ProductSets containing the image may still work until all related caches are refreshed.
The actual image files are not deleted from Google Cloud Storage.
def delete_reference_image(request, options = nil) -> ::Google::Protobuf::Empty
delete_reference_image
via a request object, either of type
DeleteReferenceImageRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::DeleteReferenceImageRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def delete_reference_image(name: nil) -> ::Google::Protobuf::Empty
delete_reference_image
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. The resource name of the reference image to delete.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID/referenceImages/IMAGE_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Protobuf::Empty)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::DeleteReferenceImageRequest.new # Call the delete_reference_image method. result = client.delete_reference_image request # The returned object is of type Google::Protobuf::Empty. p result
#get_product
def get_product(request, options = nil) -> ::Google::Cloud::Vision::V1::Product
def get_product(name: nil) -> ::Google::Cloud::Vision::V1::Product
Gets information associated with a Product.
Possible errors:
- Returns NOT_FOUND if the Product does not exist.
def get_product(request, options = nil) -> ::Google::Cloud::Vision::V1::Product
get_product
via a request object, either of type
GetProductRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::GetProductRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def get_product(name: nil) -> ::Google::Cloud::Vision::V1::Product
get_product
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. Resource name of the Product to get.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::Product)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::GetProductRequest.new # Call the get_product method. result = client.get_product request # The returned object is of type Google::Cloud::Vision::V1::Product. p result
#get_product_set
def get_product_set(request, options = nil) -> ::Google::Cloud::Vision::V1::ProductSet
def get_product_set(name: nil) -> ::Google::Cloud::Vision::V1::ProductSet
Gets information associated with a ProductSet.
Possible errors:
- Returns NOT_FOUND if the ProductSet does not exist.
def get_product_set(request, options = nil) -> ::Google::Cloud::Vision::V1::ProductSet
get_product_set
via a request object, either of type
GetProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::GetProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def get_product_set(name: nil) -> ::Google::Cloud::Vision::V1::ProductSet
get_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. Resource name of the ProductSet to get.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::ProductSet)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::GetProductSetRequest.new # Call the get_product_set method. result = client.get_product_set request # The returned object is of type Google::Cloud::Vision::V1::ProductSet. p result
#get_reference_image
def get_reference_image(request, options = nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
def get_reference_image(name: nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
Gets information associated with a ReferenceImage.
Possible errors:
- Returns NOT_FOUND if the specified image does not exist.
def get_reference_image(request, options = nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
get_reference_image
via a request object, either of type
GetReferenceImageRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::GetReferenceImageRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def get_reference_image(name: nil) -> ::Google::Cloud::Vision::V1::ReferenceImage
get_reference_image
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. The resource name of the ReferenceImage to get.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID/referenceImages/IMAGE_ID
.
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::ReferenceImage)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::GetReferenceImageRequest.new # Call the get_reference_image method. result = client.get_reference_image request # The returned object is of type Google::Cloud::Vision::V1::ReferenceImage. p result
#import_product_sets
def import_product_sets(request, options = nil) -> ::Gapic::Operation
def import_product_sets(parent: nil, input_config: nil) -> ::Gapic::Operation
Asynchronous API that imports a list of reference images to specified product sets based on a list of image information.
The google.longrunning.Operation API can be used to keep track of the
progress and results of the request.
Operation.metadata
contains BatchOperationMetadata
. (progress)
Operation.response
contains ImportProductSetsResponse
. (results)
The input source of this method is a csv file on Google Cloud Storage. For the format of the csv file please see ImportProductSetsGcsSource.csv_file_uri.
def import_product_sets(request, options = nil) -> ::Gapic::Operation
import_product_sets
via a request object, either of type
ImportProductSetsRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::ImportProductSetsRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def import_product_sets(parent: nil, input_config: nil) -> ::Gapic::Operation
import_product_sets
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. The project in which the ProductSets should be imported.
Format is
projects/PROJECT_ID/locations/LOC_ID
. - input_config (::Google::Cloud::Vision::V1::ImportProductSetsInputConfig, ::Hash) — Required. The input content for the list of requests.
- (response, operation) — Access the result along with the RPC operation
- response (::Gapic::Operation)
- operation (::GRPC::ActiveCall::Operation)
- (::Gapic::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::ImportProductSetsRequest.new # Call the import_product_sets method. result = client.import_product_sets request # The returned object is of type Gapic::Operation. You can use this # object to check the status of an operation, cancel it, or wait # for results. Here is how to block until completion: result.wait_until_done! timeout: 60 if result.response? p result.response else puts "Error!" end
#initialize
def initialize() { |config| ... } -> Client
Create a new ProductSearch client object.
- (config) — Configure the ProductSearch client.
- config (Client::Configuration)
- (Client) — a new instance of Client
# Create a client using the default configuration client = ::Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a client using a custom configuration client = ::Google::Cloud::Vision::V1::ProductSearch::Client.new do |config| config.timeout = 10.0 end
#list_product_sets
def list_product_sets(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ProductSet>
def list_product_sets(parent: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ProductSet>
Lists ProductSets in an unspecified order.
Possible errors:
- Returns INVALID_ARGUMENT if page_size is greater than 100, or less than 1.
def list_product_sets(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ProductSet>
list_product_sets
via a request object, either of type
ListProductSetsRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::ListProductSetsRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def list_product_sets(parent: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ProductSet>
list_product_sets
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. The project from which ProductSets should be listed.
Format is
projects/PROJECT_ID/locations/LOC_ID
. - page_size (::Integer) — The maximum number of items to return. Default 10, maximum 100.
- page_token (::String) — The next_page_token returned from a previous List request, if any.
- (response, operation) — Access the result along with the RPC operation
- response (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ProductSet>)
- operation (::GRPC::ActiveCall::Operation)
- (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ProductSet>)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::ListProductSetsRequest.new # Call the list_product_sets method. result = client.list_product_sets request # The returned object is of type Gapic::PagedEnumerable. You can # iterate over all elements by calling #each, and the enumerable # will lazily make API calls to fetch subsequent pages. Other # methods are also available for managing paging directly. result.each do |response| # Each element is of type ::Google::Cloud::Vision::V1::ProductSet. p response end
#list_products
def list_products(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
def list_products(parent: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
Lists products in an unspecified order.
Possible errors:
- Returns INVALID_ARGUMENT if page_size is greater than 100 or less than 1.
def list_products(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
list_products
via a request object, either of type
ListProductsRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::ListProductsRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def list_products(parent: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
list_products
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. The project OR ProductSet from which Products should be listed.
Format:
projects/PROJECT_ID/locations/LOC_ID
- page_size (::Integer) — The maximum number of items to return. Default 10, maximum 100.
- page_token (::String) — The next_page_token returned from a previous List request, if any.
- (response, operation) — Access the result along with the RPC operation
- response (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>)
- operation (::GRPC::ActiveCall::Operation)
- (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::ListProductsRequest.new # Call the list_products method. result = client.list_products request # The returned object is of type Gapic::PagedEnumerable. You can # iterate over all elements by calling #each, and the enumerable # will lazily make API calls to fetch subsequent pages. Other # methods are also available for managing paging directly. result.each do |response| # Each element is of type ::Google::Cloud::Vision::V1::Product. p response end
#list_products_in_product_set
def list_products_in_product_set(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
def list_products_in_product_set(name: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
Lists the Products in a ProductSet, in an unspecified order. If the ProductSet does not exist, the products field of the response will be empty.
Possible errors:
- Returns INVALID_ARGUMENT if page_size is greater than 100 or less than 1.
def list_products_in_product_set(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
list_products_in_product_set
via a request object, either of type
ListProductsInProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::ListProductsInProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def list_products_in_product_set(name: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>
list_products_in_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. The ProductSet resource for which to retrieve Products.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
- page_size (::Integer) — The maximum number of items to return. Default 10, maximum 100.
- page_token (::String) — The next_page_token returned from a previous List request, if any.
- (response, operation) — Access the result along with the RPC operation
- response (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>)
- operation (::GRPC::ActiveCall::Operation)
- (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::Product>)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::ListProductsInProductSetRequest.new # Call the list_products_in_product_set method. result = client.list_products_in_product_set request # The returned object is of type Gapic::PagedEnumerable. You can # iterate over all elements by calling #each, and the enumerable # will lazily make API calls to fetch subsequent pages. Other # methods are also available for managing paging directly. result.each do |response| # Each element is of type ::Google::Cloud::Vision::V1::Product. p response end
#list_reference_images
def list_reference_images(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ReferenceImage>
def list_reference_images(parent: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ReferenceImage>
Lists reference images.
Possible errors:
- Returns NOT_FOUND if the parent product does not exist.
- Returns INVALID_ARGUMENT if the page_size is greater than 100, or less than 1.
def list_reference_images(request, options = nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ReferenceImage>
list_reference_images
via a request object, either of type
ListReferenceImagesRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::ListReferenceImagesRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def list_reference_images(parent: nil, page_size: nil, page_token: nil) -> ::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ReferenceImage>
list_reference_images
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
parent (::String) — Required. Resource name of the product containing the reference images.
Format is
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID
. - page_size (::Integer) — The maximum number of items to return. Default 10, maximum 100.
-
page_token (::String) — A token identifying a page of results to be returned. This is the value
of
nextPageToken
returned in a previous reference image list request.Defaults to the first page if not specified.
- (response, operation) — Access the result along with the RPC operation
- response (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ReferenceImage>)
- operation (::GRPC::ActiveCall::Operation)
- (::Gapic::PagedEnumerable<::Google::Cloud::Vision::V1::ReferenceImage>)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::ListReferenceImagesRequest.new # Call the list_reference_images method. result = client.list_reference_images request # The returned object is of type Gapic::PagedEnumerable. You can # iterate over all elements by calling #each, and the enumerable # will lazily make API calls to fetch subsequent pages. Other # methods are also available for managing paging directly. result.each do |response| # Each element is of type ::Google::Cloud::Vision::V1::ReferenceImage. p response end
#operations_client
def operations_client() -> ::Google::Cloud::Vision::V1::ProductSearch::Operations
Get the associated client for long-running operations.
#purge_products
def purge_products(request, options = nil) -> ::Gapic::Operation
def purge_products(product_set_purge_config: nil, delete_orphan_products: nil, parent: nil, force: nil) -> ::Gapic::Operation
Asynchronous API to delete all Products in a ProductSet or all Products that are in no ProductSet.
If a Product is a member of the specified ProductSet in addition to other ProductSets, the Product will still be deleted.
It is recommended to not delete the specified ProductSet until after this operation has completed. It is also recommended to not add any of the Products involved in the batch delete to a new ProductSet while this operation is running because those Products may still end up deleted.
It's not possible to undo the PurgeProducts operation. Therefore, it is recommended to keep the csv files used in ImportProductSets (if that was how you originally built the Product Set) before starting PurgeProducts, in case you need to re-import the data after deletion.
If the plan is to purge all of the Products from a ProductSet and then re-use the empty ProductSet to re-import new Products into the empty ProductSet, you must wait until the PurgeProducts operation has finished for that ProductSet.
The google.longrunning.Operation API can be used to keep track of the
progress and results of the request.
Operation.metadata
contains BatchOperationMetadata
. (progress)
def purge_products(request, options = nil) -> ::Gapic::Operation
purge_products
via a request object, either of type
Google::Cloud::Vision::V1::PurgeProductsRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::PurgeProductsRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def purge_products(product_set_purge_config: nil, delete_orphan_products: nil, parent: nil, force: nil) -> ::Gapic::Operation
purge_products
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
- product_set_purge_config (::Google::Cloud::Vision::V1::ProductSetPurgeConfig, ::Hash) — Specify which ProductSet contains the Products to be deleted.
- delete_orphan_products (::Boolean) — If delete_orphan_products is true, all Products that are not in any ProductSet will be deleted.
-
parent (::String) — Required. The project and location in which the Products should be deleted.
Format is
projects/PROJECT_ID/locations/LOC_ID
. - force (::Boolean) — The default value is false. Override this value to true to actually perform the purge.
- (response, operation) — Access the result along with the RPC operation
- response (::Gapic::Operation)
- operation (::GRPC::ActiveCall::Operation)
- (::Gapic::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::PurgeProductsRequest.new # Call the purge_products method. result = client.purge_products request # The returned object is of type Gapic::Operation. You can use this # object to check the status of an operation, cancel it, or wait # for results. Here is how to block until completion: result.wait_until_done! timeout: 60 if result.response? p result.response else puts "Error!" end
#remove_product_from_product_set
def remove_product_from_product_set(request, options = nil) -> ::Google::Protobuf::Empty
def remove_product_from_product_set(name: nil, product: nil) -> ::Google::Protobuf::Empty
Removes a Product from the specified ProductSet.
def remove_product_from_product_set(request, options = nil) -> ::Google::Protobuf::Empty
remove_product_from_product_set
via a request object, either of type
RemoveProductFromProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::RemoveProductFromProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def remove_product_from_product_set(name: nil, product: nil) -> ::Google::Protobuf::Empty
remove_product_from_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
-
name (::String) — Required. The resource name for the ProductSet to modify.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
-
product (::String) — Required. The resource name for the Product to be removed from this ProductSet.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Protobuf::Empty)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::RemoveProductFromProductSetRequest.new # Call the remove_product_from_product_set method. result = client.remove_product_from_product_set request # The returned object is of type Google::Protobuf::Empty. p result
#update_product
def update_product(request, options = nil) -> ::Google::Cloud::Vision::V1::Product
def update_product(product: nil, update_mask: nil) -> ::Google::Cloud::Vision::V1::Product
Makes changes to a Product resource.
Only the display_name
, description
, and labels
fields can be updated
right now.
If labels are updated, the change will not be reflected in queries until the next index time.
Possible errors:
- Returns NOT_FOUND if the Product does not exist.
- Returns INVALID_ARGUMENT if display_name is present in update_mask but is missing from the request or longer than 4096 characters.
- Returns INVALID_ARGUMENT if description is present in update_mask but is longer than 4096 characters.
- Returns INVALID_ARGUMENT if product_category is present in update_mask.
def update_product(request, options = nil) -> ::Google::Cloud::Vision::V1::Product
update_product
via a request object, either of type
UpdateProductRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::UpdateProductRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def update_product(product: nil, update_mask: nil) -> ::Google::Cloud::Vision::V1::Product
update_product
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
- product (::Google::Cloud::Vision::V1::Product, ::Hash) — Required. The Product resource which replaces the one on the server. product.name is immutable.
-
update_mask (::Google::Protobuf::FieldMask, ::Hash) — The FieldMask that specifies which fields
to update.
If update_mask isn't specified, all mutable fields are to be updated.
Valid mask paths include
product_labels
,display_name
, anddescription
.
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::Product)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::UpdateProductRequest.new # Call the update_product method. result = client.update_product request # The returned object is of type Google::Cloud::Vision::V1::Product. p result
#update_product_set
def update_product_set(request, options = nil) -> ::Google::Cloud::Vision::V1::ProductSet
def update_product_set(product_set: nil, update_mask: nil) -> ::Google::Cloud::Vision::V1::ProductSet
Makes changes to a ProductSet resource. Only display_name can be updated currently.
Possible errors:
- Returns NOT_FOUND if the ProductSet does not exist.
- Returns INVALID_ARGUMENT if display_name is present in update_mask but missing from the request or longer than 4096 characters.
def update_product_set(request, options = nil) -> ::Google::Cloud::Vision::V1::ProductSet
update_product_set
via a request object, either of type
UpdateProductSetRequest or an equivalent Hash.
- request (::Google::Cloud::Vision::V1::UpdateProductSetRequest, ::Hash) — A request object representing the call parameters. Required. To specify no parameters, or to keep all the default parameter values, pass an empty Hash.
- options (::Gapic::CallOptions, ::Hash) — Overrides the default settings for this call, e.g, timeout, retries, etc. Optional.
def update_product_set(product_set: nil, update_mask: nil) -> ::Google::Cloud::Vision::V1::ProductSet
update_product_set
via keyword arguments. Note that at
least one keyword argument is required. To specify no parameters, or to keep all
the default parameter values, pass an empty Hash as a request object (see above).
- product_set (::Google::Cloud::Vision::V1::ProductSet, ::Hash) — Required. The ProductSet resource which replaces the one on the server.
-
update_mask (::Google::Protobuf::FieldMask, ::Hash) — The FieldMask that specifies which fields to
update.
If update_mask isn't specified, all mutable fields are to be updated.
Valid mask path is
display_name
.
- (response, operation) — Access the result along with the RPC operation
- response (::Google::Cloud::Vision::V1::ProductSet)
- operation (::GRPC::ActiveCall::Operation)
- (::Google::Cloud::Error) — if the RPC is aborted.
Basic example
require "google/cloud/vision/v1" # Create a client object. The client can be reused for multiple calls. client = Google::Cloud::Vision::V1::ProductSearch::Client.new # Create a request. To set request fields, pass in keyword arguments. request = Google::Cloud::Vision::V1::UpdateProductSetRequest.new # Call the update_product_set method. result = client.update_product_set request # The returned object is of type Google::Cloud::Vision::V1::ProductSet. p result


Waldorf Microwave II / XT / XTk
Multi Patch Editor
This editor will work with the Waldorf Microwave II, the Waldorf Microwave XT, and the Waldorf Microwave XTk in 10 voice or in 30 voice.
Communicating with Edisyn Set your Microwave to send Sysex only, not Ctl nor Ctl+Sysex. Also set Receive to on.
Show Each Instrument has a button called Show. This shows the given sound (bank and number) as a separate
Blofeld Single editor panel.
XTk Options Two options are only available for the Microwave XTk:
- MIDI Send (In General) Set this to Global to send MIDI on all instruments regardless of their individual settings. Set this to Specific to allow individual instruments to specify whether they want their MIDI sent.
- MIDI Send (In each Instrument) determines whether a given instrument will send its MIDI out. This is overridden by the General option above.
Gotchas There are a few:
- Edisyn cannot tell the Microwave to switch to a given multi patch number. As a result, *Send Patch* and *Send Patch To...* are disabled, a
nd the editor is *never* in sync (because we don't know what patch number is on the machine). To get a patch, manually switch to the desired
patch number, then call *Request Current Patch* (or dump the patch manually to Edisyn). To send a patch, set the patch location manually on your synthesizer, then use *Send Current Patch*.
- Though the Microwave responds to individual parameter changes in Multimode, it does not send any parameter change sysex when you turn its knobs.
- Also, when you make individual parameter changes, the Microwave's screen won't update to reflect those changes: but they've been made. Try scrolling away and then back, and you'll see the changes magically appear.
Fun Feature When your patch editor becomes the front window, it'll ask the Microwave to change to Multi mode automatically.
| By
| Sean Luke
|
| Date
| June 2017
|


Role: Design Editor
Tool: Adobe InDesign
The Equilibrium is a relatively new interdisciplinary research journal organization established at Warren College in UC San Diego. As design editors, our goal for this issue was to create a professional and consistent journal that clearly represents and supports all types of researches.
I looked into the previous two editions and conducted the interviews with potential readers to find out the features that users liked and disliked. The questions we asked were focused on the design aspects and the user’s overall experience of journals. Some of the example responses included: “Issue 1 doesn’t have consistency like Issue 2.” “I really love the color scheme and the professor interviews.” “Some sections have a dark background that makes hard to read the context.”
From the analysis of previous journal issues and user interviews, I could learn that the major challenges are branding and inconsistencies. The previous two issues had minor inconsistencies on cover and research pages. Because the cover page is what the users look at first, it is quite important on determining the branding.
Some pages have unjustified text and others have justified text.
Based on the interview results and analysis of previous issues, I made several iterations on the layouts and pages.
1. Content page
2. Visual Arts Research page
3. Team page & Research Programs


QPlaceReview Class
The QPlaceReview class represents a review of a place. More...
| Header: | #include <QPlaceReview> |
| qmake: | QT += location |
| Since: | Qt 5.6 |
| Inherits: | QPlaceContent |
Public Functions
| QPlaceReview() | |
| QPlaceReview(const QPlaceContent &other) | |
| virtual | ~QPlaceReview() |
| QDateTime | dateTime() const |
| QString | language() const |
| qreal | rating() const |
| QString | reviewId() const |
| void | setDateTime(const QDateTime &dateTime) |
| void | setLanguage(const QString &language) |
| void | setRating(qreal rating) |
| void | setReviewId(const QString &identifier) |
| void | setText(const QString &text) |
| void | setTitle(const QString &title) |
| QString | text() const |
| QString | title() const |
- 10 public functions inherited from QPlaceContent
Detailed Description
The QPlaceReview class represents a review of a place.
Each QPlaceReview has a number of properties such as a title, text, date of submission and rating; in addition to those properties inherited from QPlaceContent.
Note: The Places API only supports reviews as 'retrieve-only' objects. Submitting reviews to a provider is not a supported use case.
See also QPlaceContent and QPlaceEditorial.
Member Function Documentation
QPlaceReview::QPlaceReview()
Constructs a new review object.
QPlaceReview::QPlaceReview(const QPlaceContent &other)
Constructs a copy of other, otherwise constructs a default review object.
[virtual]
QPlaceReview::~QPlaceReview()
Destroys the review.
QDateTime QPlaceReview::dateTime() const
Returns the date and time that the review was submitted.
See also setDateTime().
QString QPlaceReview::language() const
Returns the language of the review. Typically this would be a language code in the 2 letter ISO 639-1 format.
See also setLanguage().
qreal QPlaceReview::rating() const
Returns this review's rating of the place.
See also setRating().
QString QPlaceReview::reviewId() const
Returns the review's identifier.
See also setReviewId().
void QPlaceReview::setDateTime(const QDateTime &dateTime)
Sets the date and time that the review was submitted to dateTime.
See also dateTime().
void QPlaceReview::setLanguage(const QString &language)
Sets the language of the review. Typically this would be a language code in the 2 letter ISO 639-1 format.
See also language().
void QPlaceReview::setRating(qreal rating)
Sets the review's rating of the place.
See also rating().
void QPlaceReview::setReviewId(const QString &identifier)
Sets the identifier of the review.
See also reviewId().
void QPlaceReview::setText(const QString &text)
Sets text of the review.
See also text().
void QPlaceReview::setTitle(const QString &title)
Sets the title of the review.
See also title().
QString QPlaceReview::text() const
Returns a textual description of the place.
Depending on the provider the text could be rich (HTML based) or plain text.
See also setText().
QString QPlaceReview::title() const
Returns the title of the review.
See also setTitle().


Captain Ron
Captain Ron is a movie starring Kurt Russell, Martin Short, and Mary Kay Place. A Chicagoan inherits an old yacht. He, his wife, daughter and son fly to a Caribbean island and hire a dubious Captain Ron to sail them on an adventure...


Package com.sun.msv.reader.trex
package com.sun.msv.reader.trex
shared code between RELAX NG reader and TREX reader.
-
ClassDescriptionparses <attribute> pattern.parses <define> declaration.Used to parse merged grammars.parses <element> pattern.parses <grammar> element.<include> element as an immediate child of <grammar> element.<include> element in the pattern.parses <mixed> pattern.Base implementation for ElementState and AttributeState This class collects one name class and patternsparses <anyName> name class.parses <choice> name class.parses <difference> name class.parses <name> name class.parses <not> name class.parses <nsName> name class.Base implementation for NameClass primitivesparses name class that has child name classesBase implementation for those states who cannot have any child name class.parses <oneOrMore> pattern.parses <optional> pattern.parses <ref> pattern.parses the root state of a grammar included as a pattern.parses root state of a merged grammar.invokes State object that parses the document element.parses <start> element.reads TREX grammar from SAX2 and constructs abstract grammar model.creates various State object, which in turn parses grammar.makes sure that there is no sequenced string.parses <zeroOrMore> pattern.


Example Plugin
This is an example plugin, written against Openfire 4.2 using the Maven build system
Structure
- Top Level
- The top level directory may contain a read.html (this file), a changelog.html, a logo_large.git (and logo_small.gif), and finally the plugin.xml - the latter being required.
- src/main/java
- This contains sources.
- src/main/i18n
- This contains internationalisation files. This example ships with exampleplugin_i18n.properties - the default language (expected to be English), and exampleplugin_i18N_fr.properties for a sample French translation. Specific language translation files may be incomplete, and may be specific to a full locale (such as fr_CA for Quebecois).
- src/main/web
- This directory contains JSP and assets for the admin console. The plugin.xml in the top level includes how to link these pages into the Admin Console itself.
- src/main/database
- Contains plugin database schema and any upgrade scripts


Answer: Yes , FontMan is completely free to install. You only pay for upgrading your account to use more features.
Answer: No , There is no need to know Coding. Changing fonts are super easy with font man.
Answer: No, There are no hidden charges for adding more fonts. You only pay $10 one time for upgrading account. Access unlimited premium features @$10 only :)
Answer: Yes, Google Fonts are 100% free. You only pay for adding custom fonts to your store.
Answer: Yes, FontMan supports default and all custom themes.
Answer: Currently, FontMan has 2 plans : Free & Paid one. Paid one includes adding custom fonts to your shopify store.
Answer: Yes, FontMan has element picker to select custom elements on your store. Just pick an element and assign a favourite font to it.
Answer: No, Nothing will impact your store theme. Just "Reset Store" once before uninstalling Fontman.


A relation with the following properties:
afor any a;
aimplies that bfor any a and b;
aand btogether imply a.


Megan is the bride’s cousin, but is really like an older sister to Shanna. They both grew up together in Fremont, Nebraska and their mom’s are sisters. Megan lives in Omaha, Nebraska and Shanna tries to see her whenever she can. Megan can really make Shanna laugh, and she is looking forward to what she she comes up with for the speech at the wedding reception!
Colleen is one of Shanna’s best friends. They met each other during Shanna’s sophomore year of college in their sorority. Since graduation, Colleen has moved to Texas to pursue more schooling, but that doesn’t stop these two from talking everyday! Colleen and Shanna share a great love of Starbucks and some of the best memories of these two were their daily walks to Starbucks in college.
MaryHannah is another best friend of Shanna’s. These two became friends rather quickly - and often joke about how they don’t even know how it happened! They met through their sorority in college and created a lot of wonderful memories. MaryHannah lives in Omaha, Nebraska and talks to Shanna daily. These two try to see each other whenever they can, and are proving that distance has no factor to their friendship!
Natalie is the groom’s sister, but has become one of Shanna’s close friends and is like a sister to her. Natalie recently just graduated from college with a major in English education - something that her and Shanna have in common! Shanna loves going on shopping trips with Natalie and her mom when she’s in Chicago. Dan and Shanna also have great times with Natalie’s boyfriend Viktor; when these four get together, there are definitely a lot of laughs!


The next VLC media player release is drawing near (it will be ready when it will be ready), and it comes with a lot of new features and bugfixing:
GPU decoding
One of the coolest new features (do I say that because I worked on it?). We can now decode videos using a graphic card, with DxVA on Windows Vista and 7, and VAAPI on Linux. If you want to test, we are looking for a little help.
Media library
That is a feature a lot of you are waiting for. We will now store a list of all your files in a database using Sqlite.
Windows 7 integration
Some of you already know that VLC media player 1.0.3 is compatible with Windows 7. We didn't stop there. The next release will bring you cool taskbar buttons à la WMP, jump lists, thumbnails, etc.
Interface rework
I like the grey VLC. Maybe I have forgotten what the word "ergonomic" means. But some of the developers have not, and they're doing an amazing work with the Qt interface, to change the layout, add nice effects and make it a lot prettier.
Lua extensions
People who read my previous blog know that I love tweaking VLC with Lua scripts. One developer had a nice project for this year's Google Summer of Code: adding a way for lua scripts to change the interface. Now, lua scripts can add menus, open windows, etc. OK, it doesn't sound cool at first, but what you will see thanks to this code is really nice: automatically downloading lyrics and subtitles, finding data on IMDb, doing a Google search, whatever you want! Isn't that cool?
Still not convinced?
These were the features I'm excited to see in the next release. But that's not all:
- N900 port
- Milkdrop visualizations using projectM
- WPL and ZPL playlist support
- desktop mode for Direct 3D video output (you know, the trick to show the video as a wallpaper...)
- ...


Amazing new band!
FAQ
- Keep reading.
- Seventh Time Down brings a raw, uninhibited face to the revered genre of Rock music. Their innovative sound, spawned from the elements of their influences, Lynyrd Skynrd, The Outlaws and the Beatles, along with Switchfoot, U2, Coldplay and myriad of other legends, has propelled these four southern boys to be anything but unnoticed. With an unerring instinct in their lyrics, the aim of Seventh Time Down is to have the music filter into the innermost parts of you.


{% extends 'base.html' %} {% block content %}
The cost of living is affected by a myriad of factors such as the prices of housing and the number of job vacancies available.
| Indicator | Relationship to cost of living |
|---|---|
| Price of housing | Direct |
| Job Vacancy Rate | Inverse |
Table: Relationship between an indicator and the cost of living
In order to confirm that the cost of living is indeed increasing in Singapore, we will be analyzing the following data sets:
The resale flat prices are observed has been increasing. This is a problem for couples as this will
discourage them from having children since with more members in their family, they would need more apartment
space, which might not be something that they are able to afford.
For instance, if a couple who already has 1 child wishes to have another child, that would mean they would need
a 4-room flat since they wish to ensure both children have a conducive environment to grow up in, but moving
from a 3-room flat to a 4-room flat would involve an estimated 51% increase in cost of their
flat, which might not be something they are able to afford, in conjunction with feeding 4 mouths now.
The job vacancy rate has been sharply decreasing over time, with it continually fluctuating since 2006. This might present a problem for couples since with a lower rate of job vacancy and potential loss of job security, having too many children could spell trouble for the couple if they had too many mouths to feed.
{% endblock %} {% block gallery %}


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| Internet-Draft | Distributed KV Store based Routing protocol for SR over UDP(SRoU) | August 2020 |
| Fang, et al. | Expires 20 February 2021 | [Page] |
This document defines the Distributed KV store based routing protocol for Segment Routing over UDP.¶
This Internet-Draft is submitted in full conformance with the provisions of BCP 78 and BCP 79.¶
Internet-Drafts are working documents of the Internet Engineering Task Force (IETF). Note that other groups may also distribute working documents as Internet-Drafts. The list of current Internet-Drafts is at https://datatracker.ietf.org/drafts/current/.¶
Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress."¶
This Internet-Draft will expire on 20 February 2021.¶
Copyright (c) 2020 IETF Trust and the persons identified as the document authors. All rights reserved.¶
This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (https://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the Simplified BSD License.¶
This draft provides a contol plane support for SRoU(Segment Routing over UDP).¶
Discussion of this work is encouraged to happen on GitHub repository which contains the draft: https://github.com/zartbot/draft-quic-sr¶
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "NOT RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in BCP 14 [RFC2119] [RFC8174] when, and only when, they appear in all capitals, as shown here.¶
SRoU support udp transport session over internet, but it lack of reachability detection and routing control, existing routing protocol like BGP-EVPN did not provide Dynamic NAT traversal capability.¶
This document provide a distributed KV store based routing protocol for SRoU.¶
The routing protocol is based on source routing, each of the ingress node cloud get the overlay prefix and dest location mapping from distributed KV store, then the ingress node could fetch linkstate database from this KV store and execute A* algorithm to search the candidate path which meet the SLA requirement.¶
Each Node has the following attribute¶
| Type | Name | Section |
|---|---|---|
| 0x0 | STUN | This node is used as a STUN server to help other nodes discovery their public address.This node must deploy with a public internet address or behind static 1:1 NAT |
| 0x1 | Fabric | This node type is used as a interim node to relay the SRoU traffic, this node MUST initial TWAMP link probe to other Fabric node and report linkstate to KV Store. |
| 0x2 | Linecard | This node type is used to connect existing network, it could use TWAMP probe other Fabric Node or Linecard node |
Each node initial TLS session to Distributed KV Store, and fetch a distributed lock with key "/lock/systemlabel". The node will fetch prefix "/systemlabel" to get all label mapping once it get the lock. Then it will assign the smallest unpresent int "X" in the list as it's system label, and register it to KV store by key="/systemlabel/X", then it could release the distributed lock. All of the fabric node MUST listen the "/systemlabel" to update it's local node mapping table, Linecard node may fetch the "/systemlabel" key when it need to optimize the local route.¶
This System Label could be used for cSID encoding or VPN based client linecard node convert to it's tunnel address.¶
Each node will send Key="/node/role/systemName" and Value=" SiteID,SystemLabel, Lat,Long" to the distributed KV store.¶
Each node may have multiple underlay socket which may behind the dynamic NAT, it MUST fetch the STUN list from "/node/stun" and "/service/stun" to get the STUN server address list, then send the SRoU OAM-STUN packet to the random selected stun server to get the public address.¶
Once the socket get the public address, it will encode the udp socket info as a SRoU Locator:¶
"SystemName/Color/LocalIP:Port/PublicIP:Port/LocalInterface/TXBW/RXBW"¶
If the local socket has public address and port information, it could be added in the service list.¶
The node MUST update it local servicelist to distributed KV store by: Key= "/service/role/systemName" Value= "SRoULocator1,SRoULocator2"¶
Each KV pair registration MUST have a leasetime and keepalive timer, Once the Node out of service and disconnected, the KV store MUST withdraw the KV pair after lease timeout.¶
Each Fabric Node must watch the "/service/fabric" key prefix to update its local SRoU Service list database. It MUST initial TWAMP session over the service udp socket to measure the link performance and reachablity.¶
Linkstate measurement result COULD send to the KV store to construct the linkstate Database by the following Key Value type:¶
Key="/stats/linkstate/SRC_SRoU_Locator->DST_SRoU_Locator" value= TWAMP measured jitter/delay/loss result and underlay interface load.¶
The Node CPU,Memory usage also could be updated by: Key="/stats/node/SystemName" Value="CPULoad,MemoryUsage"¶
An telemetry analytics node could watch key prefix ="/stats" for assurance and AIOps based routing optimization.¶
Each node may update it node key or per socket key , or per session pair key to the KV Store:¶
Key="/key/SystemName" Value="Key1,Key2"¶
Key="/key/socket/SRoU_Locator" Value="Key1,Key2"¶
Key="/key/session/SRC_SRoU_Locator->DST_SRoU_Locator" Value="Key1,Key2"¶
During Rekey, the node must update both OldKey and newKey to the KV Store and accept both Key in a while to wait the entire system sync to the new key.¶
RouteDistinguish could encode by SystemName + local VNID The overlay routing prefix is encoded as below:¶
Type-2 EVPN Route Key="/route/2/exportRT/RD/MAC/IP" Value="VNID/SystemName/PolicyTag"¶
Type-5 EVPN Route¶
Key="/route/5/exportRT/RD/IPPrefix/IPMask" Value="VNID/SystemName/PolicyTag"¶
Each of the linecard node could based on import RT list to watch key prefix ="/route/2/importRT" and "/route/5/importRT" to sync the routing table.¶
Each linecard node could selective fetch the "/stats/linkstate" to get the toplogy information and execute flexibile algorithm(SPF,A* search) to calculate the candidate path, then enforce it to its forwarding table.¶
Inspired by BGP FlowSpec,Network operator could update the control policy to the entire system by using:¶
Key="/control/RT/2/SRC_MAC/SRC_IP/DST_MAC/DST_IP" Key="/control/RT/5/SRC_Prefix/SRC_Mask/DST_Prefix/DST_Mask" Value="Action" /"SR Locator list"¶
Each node may use the SRoU flowID field as a token based access control. This token could grant or revoke by a policy engine.¶
Key="/token/permit/flowid" Key="/token/block/flowid"¶
Each node could sync this table to execute the access control policy.¶
ETCD is used in our prototype, we deploy an etcd cluster in main datacenter and place many of the proxy node on public cloud to make sure the node could be available connect to the entire system. In some on-prem deployment, each of the nodes could act as a ETCD proxy to help other node register to KV store.¶
All of the control connection is TLS based and MUST validate the server and client certification.¶
The following people provided substantial contributions to this document:¶


Tired, spent.
EXAMPLE
After two games of football, man am beat
Crew, posse, gang: an informal group of individuals with a common identity and a sense of solidarity.
EXAMPLE
Went to get some frozen yogurt with the squad.
When one tells an especially juicy bit of gossip.
To spill the tea or T is to tell the truth about something juicy or scandalous.
When you are looking on point, generally referring to makeup.
Derived from "hell of a lot". Similar to "very, really, a lot," etc.
EXAMPLE
That party was hella sketch.
A versatile slang term based on the luxury fashion brand meaning okay, good, great, awesome, fresh, etc.
EXAMPLE
It's all gucci.
An expression used for something of high quality.
EXAMPLE
That borritos was dank, man.
The act of being very pretentious about how much you care about a social issue.
EXAMPLE
Yeah most people don't care about parking spaces for families with disabled pets. I wish they were woke like me.
Normally typed in ALL CAPS, It is the only type of news that Mr. Trump loves.
A term formerly useful for describing websites consisting entirely of intentionally fabricated news stories, but now used to describe virtually anything that does not mesh with one's own views.
Subtly letting others now about how fantastic your life is while undercutting it with a bit of self-effacing humor.
EXAMPLE
I am exhausted from my two week vacation to Hawaii. I need a vacation.

Having the good life.


Name
Subject
Select dropdown
Engineering
Computer Science
Biology
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Submit


This widget is an extension to ComboBox to allow "tag" style input using a datastore. Start typing into the box, and your options will be presented. The default delimiter is a comma, which can be over-ridden by the delimiter="" attrbute.


IF YOU SEE THIS TEXT, THEN THE CHANGE HAS OCCURED IN THIS IFRAME!!! NEXT STEP IS TO ACTUALLY SEARCH THE WWW BY USING FOOD INPUT AS KEYWORD
Here's the passed two variables:
Hello World!
Hello World_2!


This test does cross-site XHR fetches of documents with the Same Origin Policy turned off in the renderer. The Same Origin Policy can be circumvented when the renderer is compromised, but site isolation ought to block cross-site documents at the IPC layer.
We only block cross-site documents with a blacklisted mime type (text/html, text/xml, application/json), that are correctly sniffed as the content type that they claim to be. We also block text/plain documents when their body looks like one of the blacklisted content types.


SVRL report
Errors: 2
- : Seconds shall be between 0 and 59, found '63'
- Test: $seconds >= 0 and $seconds <= 59
- Location: /library[1]/times[1]/time[3]
- : Hours shall be between 0 and 23, found '24'
- Test: $hours >= 0 and $hours <= 23
- Location: /library[1]/times[1]/time[4]


select_precision - Select the precision for real variables
The auxiliary select_precision module defines three parameters by which you can select the precision for real variables and constants:
sp - Single precision
dp - Double precision (the real kind whose precision is larger than that of single precision)
wp - Working precision. If you consistently use wp as the kind for your real variables and constants, then switching between single and double precision is merely a matter of setting wp to either sp or dp in this module and recompiling.
Note: One of the pitfalls in using double precision is that literal constants, such as 1.2345678901234567890 are not automatically interpreted as double precision. You need to specify the kind explicitly: 1.2345678901234567890_wp will define the constant in the working precision.
Copyright © 2008 Arjen Markus <arjenmarkus@sourceforge.net>


 We’ve just assumed that we would always win these statewide races in the general election. Because we have since 1994 when George W. Bush was elected governor. But we’ve seen a huge surge in turnout. … But we’ve got to go out and make the case and we have to push back against those who say socialism is the answer. Because that’s not the Texas model that’s made us the envy of the rest of the country, and indeed of the rest of the world.”
Follow Ian Hanchett on Twitter @IanHanchett


show the filenames and line numbers where your calls originated
show upgrade messages when your server side library is out of date
color used for line numbers
color used for class names


Listing named pipes
Process Explorer* (sysinternals)
Pipesec (Beyond Logic)
Pipelist (sysinternals)
PowerShell: [System.IO.Directory]::GetFiles("\\.\\pipe\\")
MSF: SMB or RPC: auxiliary/scanner/smb/pipe_dcerpc_auditor
Viewing named pipes DACLs
Pipesec* (Beyond Logic): pipesec.exe <named_pipe>
IO Ninja


Two in court for allegedly using unclaimed corpses for insurance fraud
by Canny MaphangaTwo people - aged 22 and 37 - appeared in the Phuthaditjhaba Magistrate's Court on Thursday for insurance fraud relating to unclaimed corpses at government morgues.
"It is alleged that the suspects were producing fraudulent documents using identities of people who are still alive to claim dead bodies from government mortuaries. They would then transfer the corpses to private mortuaries. Subsequently they would submit fictitious claims with different insurance companies," Warrant Officer Lynda Steyn said in a statement on Thursday.
The two were arrested on fraud-related charges on November 18 following a tip-off.
This was achieved through a joint operation by the Hawks' Serious Commercial Crime Investigation Unit and Phuthaditjhaba police officers after the accused had come to collect an unclaimed body at a local mortuary.
The two suspects will appear in court again on November 28.


#NC19 First Look: Naga Chaitanya As Simple & Emotional Middle-Class Guy From Sekhar Kammula’s Rom-Com
The young actor some time back took to his Twitter account to share a glimpse from his next film which has been tentatively titled #NC19.
by Koimoi.com TeamBirthday boy Naga Chaitanya who turned 33 today had a special gift for his fans this morning. The young actor some time back took to his Twitter account to share a glimpse from his next film which has been tentatively titled #NC19.
The actor shared the video along with a tweet that read, “Welcome to the world of #NC19. A world that feels like home for me ..Simple and Beautiful
.. thank you @sekharkammula”
Talking about the glimpse, one gets to see Naga Chaitanya in simple attire, as he can be seen busy managing household chores. The actor can also be seen trying his best to hide his emotions by flashing his trademark smile.
Talking about #NC19, the film has actress Sai Pallavi opposite Naga Chaitanya in lead.
The film is being helmed by director Sekhar Kammula. The Naga Chaitanya starrer went on floors this September.
Talking about Naga Chaitanya, the actor also has K.S Ravindra’s comedy-drama Venky Mama set for release. The film also stars Chaitanya’s uncle and Tollywood superstar Venkatesh in lead.
Venky Mama has actresses Raashi Khanna and Paayal Rajput as the film’s leading ladies.
The music for the film has been composed by S.Thaman.
Venky Mama will hit big screens on 13th December on occasion of Venkatesh’s Birthday.


--- layout: sdk-page title: Go SDK ---
Rackspace's official SDK for Go is Gophercloud, an Apache-licensed open-source community project for using multiple cloud providers from a standardized API.
Currently, Gophercloud has support for multiple Rackspace services:
Support for additional services is on-going.
Install Gophercloud by executing the following command (after you have installed Go): {% highlight bash %} go get github.com/rackspace/gophercloud {% endhighlight %}
To interact with Rackspace using Gophercloud, you'll first need to create an authenticated Rackspace session, represented by a provider client. Then, you can use the provider client to obtain a service client to interact with a specific cloud service in a given region. The service client can be given to the request functions within that service's resource packages to interact with the service.
In this example, we'll interact with the object storage service:
{% highlight go %} import ( "github.com/rackspace/gophercloud" "github.com/rackspace/gophercloud/rackspace" "github.com/rackspace/gophercloud/rackspace/objectstorage/v1/accounts" ) provider, err := rackspace.AuthenticatedClient{gophercloud.AuthOptions{ Username: "{username}", APIKey: "{apiKey}", }} service, err := rackspace.NewObjectStorageV1(provider, gophercloud.EndpointOpts{ Region: "{region}", }) metadata, err := accounts.Get(service).ExtractMetadata() {% endhighlight %}


@import model.Page @(surveyPage: Page)(implicit request: RequestHeader, context: model.ApplicationContext) @surveyMain(surveyPage){
Your feedback has been submitted.


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What can I do on Discogs?
-
Collection
List your personal collection
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Add releases you'd like to own to your wantlist
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Submit a release from your collection that can't be found in the Database.
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Using Streams: 1
Using Streams: The Basics
| GEOS SDK TechDocs
|
|
| Using Streams
| 2 Using the Serial Ports
A stream is a path along which information flows in one direction. At one end of the stream is a
writer
, who puts data into the stream. At the opposite end of the stream is a
reader
, who receives data from the stream. The writer and reader can be GEOS programs or device drivers. Data flow in both directions can be achieved by using two streams, one in each direction; this is how the serial port driver is implemented.
Even though the stream driver is loaded automatically when a stream is created, you will need to initialize, configure, and destroy any streams you use. The specific steps involved in this process are
-
Get the handle of the stream driver.
You will need to get this handle to use most of the stream-library routines. You can get this handle by calling
GeodeUseDriver()
.
-
Create the stream.
You must create each stream you plan on using. When a stream is initialized, it is designated a token that is used when calling the stream driver's strategy routine.
-
Configure the stream.
Arrange how your geode will be notified by the stream driver when certain situations (error received or buffer full/empty) arise, and make sure that all geodes accessing the stream have been given the stream's token.
-
Use the stream.

Not a trivial task, shutting down a stream can involve several synchronization issues.
Streams are created and managed by the Stream
Driver
. Programs written in Object-Assembly can call the driver directly. Goc programs cannot do this; instead, they make calls to the Stream
Library
, which in turn calls the Stream Driver, and passes back any return values.
Initializing a Stream
Blocking on Read or Write
Writing Data to a Stream
Reading Data from a Stream
Shutting Down a Stream
Miscellaneous Functions
| GEOS SDK TechDocs
|
|
| Using Streams
| 2 Using the Serial Ports


_Virus_ (R) no stars (out of ****)
You got to love January--where else can you find such cinematic schlock that studios not only spent millions of dollars on, but also believed would make millions for them in return? It seems that every January at least one studio dumps a pathetic excuse for a sci-fi thriller upon the moviegoing audience. In 1997, it was _The_Relic_, which should have remained undiscovered; last year, it was _Phantoms_, which will surely continue to haunt the careers of all involved, especially Hollywood "it" boy Ben Affleck. This year's selection (sacrifice?) is _Virus, a thoroughly ridiculous sci-fi yarn whose abundance of unintentional laughs fail to compensate for the lack of thrills.
_Virus_ had been bounced around Universal's release schedule like a hot potato, most recently scheduled for a July opening. Universal's official reason for this latest shelving was the conflict with another Jamie Lee Curtis starrer, _Halloween:_H20_; but watching the film, it's obvious that the true reason was something much simpler: the film just plain stinks. _Virus_ does get off to an interesting enough start, though, when a mysterious electrical force of alien origin makes its way onto a Russian ship through a transmission with the Mir space station. Days later, the high-tech is found abandoned by an American shipping crew, who decides to poke around. Of course, this proves to be a deadly mistake, for the alien life form has taken over the ship.
As with any action flick, the film is only as good as its villain, and once _Virus_ offers a glimpse of our alien, all hopes of a decent thrill ride are instantly dashed. The alien lacks a body, so it constructs its own out of parts found on the ship. It sounds somewhat interesting, but in execution is laughable, especially some fearsome creatures which are little more than video cameras atop metal spider legs. Oooh, scary. The more elaborate creations, featuring human body parts mixed with electronics aren't especially frightening because the audience has seen it before--it's just another gloss on _The_Terminator_. The "main" creature is especially disappointing, a large mass of scrap metal that bears a striking resemblance to the unmenacing title robot adversary in the dreary sequel _RoboCop_2_.
I haven't yet mentioned the actors because, frankly, they don't really matter in a film such as this. Even so, it must be noted that there is some dreadful performances on display here. Vying neck-and-neck for worst acting honors (no small feat here) are Donald Sutherland and Joanna Pacula, both varying grades of ham as the Yank crew captain and the only survivor of the Russian crew, respectively. Billy "refer to me as William" Baldwin fares better here than in his previous action role in the famous folly _Fair_Game_, but that's not saying much. By default, Curtis comes off best, but her earnest performance would be better suited for a more intelligent, exciting script, one where "What the hell was that?" and "What the hell is going on?" don't make up 95% of the dialogue.
The latter quote is likely one that will be asked by audiences as they are watching _Virus_, and the former once they walk out of the theatre. _Virus_ is one of those cinematic disasters that leaves one wondering what the hell everyone involved--from the cast and crew to the studio production heads who greenlighted the project--were thinking.
Michael Dequina Chat Forum Host, The Official Michael Jordan Web Site http://jordan.sportsline.com<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://welcome.to/mrbrown
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


See: Description
| Class | Description |
|---|---|
| AbstractEntityImpl |
Abstract superclass of ReferenceSetImpl, IdentifiedArrayList and
ErrorDocumentImpl, manages the T2Reference field for these types and their
hibernate backing.
|
| AbstractErrorDocumentServiceImpl |
Abstract implementation of ErrorDocumentService, inject with an appropriate
ErrorDocumentDao and T2ReferenceGenerator to enable.
|
| AbstractListServiceImpl |
Abstract implementation of ListService, inject with an appropriate ListDao
and T2ReferenceGenerator to enable.
|
| AbstractReferenceServiceImpl |
Implementation of ReferenceService, inject with ReferenceSetService,
ErrorDocumentService and ListService to enable.
|
| AbstractReferenceSetServiceImpl |
Abstract implementation of ReferenceSetService, inject with an appropriate
ReferenceSetDao to enable.
|
| AbstractServiceImpl |
Abstract superclass for all service implementation objects, will be used to
allow injection of thread pooling logic as and when we implement it.
|
| AbstractT2ReferenceGenerator |
An abstract class for implementing simple
T2ReferenceGenerator s. |
| CacheAspect |
An aspect used to intercept calls to the various data access objects and
divert through a write-through cache provider
|
| ContextualizedT2ReferenceImpl |
Simple implementation of ContextualizedT2Reference
|
| EmptyReferenceContext |
A trivial implementation of ReferenceContext, used if the context parameter
to any service method is null.
|
| ErrorDocumentImpl |
Simple bean implementation of ErrorDocument
|
| ErrorDocumentServiceImpl |
Implementation of ErrorDocumentService, inject with an appropriate
ErrorDocumentDao and T2ReferenceGenerator to enable.
|
| IdentifiedArrayList<T> |
Implementation of IdentifiedList which delegates to an ArrayList for its
storage functionality.
|
| InMemoryErrorDocumentDao |
A trivial in-memory implementation of ErrorDocumentDao for either testing or
very lightweight embedded systems.
|
| InMemoryListDao |
A trivial in-memory implementation of ListDao for either testing or very
lightweight embedded systems.
|
| InMemoryReferenceSetDao |
A trivial in-memory implementation of ReferenceSetDao for either testing or
very lightweight embedded systems.
|
| ListServiceImpl |
Implementation of ListService, inject with an appropriate ListDao and
T2ReferenceGenerator to enable.
|
| ReferenceServiceImpl |
Implementation of ReferenceService, inject with ReferenceSetService,
ErrorDocumentService and ListService to enable.
|
| ReferenceSetAugmentorImpl |
Implementation of ReferenceSetAugmentor using Dijkstra's shortest path
algorithm over a type graph built from SPI instance registries of reference
builders and reference translators.
|
| ReferenceSetImpl |
An implementation of ReferenceSet with the additional methods and metadata
required by Hibernate3 to allow it to be persisted in a relational store.
|
| ReferenceSetServiceImpl |
Implementation of ReferenceSetService, inject with an appropriate
ReferenceSetDao to enable.
|
| SimpleCacheProviderImpl |
Completely naive cache provider that just stores everything in a map.
|
| SimpleT2ReferenceGenerator |
Simple implementation of T2ReferenceGenerator intended to be injected into
the service layers for integration testing.
|
| StackTraceElementBeanImpl |
Simple bean implementation of StackTraceElement for Hibernate
|
| T2ReferenceImpl |
An implementation of T2Reference specific to the ReferenceSetImpl.
|
| T2ReferenceListImpl |
Simple extension of
exposing get and set methods for the list contents so we can map it in
hibernate. |
| TranslationPath |
A path from one external reference to another along with a total estimated
path cost through one or more reference translators.
|
| UUIDT2ReferenceGenerator |
A T2ReferenceGenerator based on UUIDs.
|
| WriteQueueAspect |
An aspect used to intercept calls to the various data access objects and
execute data writes on a thread limited executer with an unbounded blocking
queue.
|
Copyright © 2015–2016 The Apache Software Foundation. All rights reserved.


Andrew Luxen
Democrat
Chief Deputy District Attorney, Denver District Attorney's Office, January 2019 – present
University of Denver, Sturm College of Law — Juris Doctor, May 2006 Colorado Bar, Admitted, October 2006 University of Colorado at Boulder — Bachelor of Arts in political science, graduated magna cum laude, May 2001 President’s Leadership Class, 1997-1999
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I have worked in a variety of different capacities in the community in both partisan and non-partisan roles over the course of my career. As a chief and deputy district attorney, I have advocated for the interests of victims of crime and and the community in the courtroom since 2006. Further, I have worked at the party level to coordinate and empower the voices of those with diverse views to make sure they feel heard and included.
I have donated small amounts of money to various Democratic candidates including Joe Biden, John Hickenlooper, Michael Bennet, Jared Polis, Jason Crow Alec Garnett, Jeff Bridges, Brittany Peterson, and Faith Daniels. I have donated to both Beth McCann and Kenneth Boyd, candidates for Denver District Attorney. Further, I donated to Michael Johnston in his campaign for governor. Representative, University of Colorado Student Union (UCSU) (student government), 1998- 2000 (elected to two one-year terms) President, UCSU Legislative Council, 1998-2000 (elected to three six-month terms) President, DU Law Democrats, 2003-2004 Member, DU Law Democrats, 2003-2006 President, Colorado Young Democrats, 2005-2006 President, Denver Young Democrats, 2004-2005 Captain, House District 3B, Colorado Democratic Party, April 2005 – September 2006
Denver Employee Retirement Program (DERP) Advisory Committee, member, July 2020 - present Colorado Attorneys for the Arts, volunteer attorney, 2017 – present Colorado Attorney Mentoring Program, volunteer attorney, 2017 – present Colorado Emergency Medical Services Conference, presenter, November 2019, Keystone, CO 4th Annual Denver City Attorney Domestic Violence Symposium, attendee, October 2019 Veteran-Informed Care Training on Responsivity (VICTOR) symposium, U.S. Department of Veterans Affairs, attendee, September 2019, Colorado Springs, CO Denver’s Road Home Givers Summit 2019, attendee, February 2019 KIPP Colorado Schools, guest speaker about prosecution and criminal justice for career night, November 2017 & April 2018 Denver County Court Procedural Justice Symposium, attendee, March 2018 Presidents Leadership Class Law Experiential Weekend, host and guest speaker, March 2018 KIPP Colorado Schools, guest speaker for KIPP Through College Summer Bridge Leadership Institute (SBLI), July 2018 Presidents Leadership Class Selection, interview panelist, 2016 – 2018 Volunteer judge, CU-DU Hogan Lovells Cup, 2018 Volunteer judge, Student Trial Lawyers Association Moot Court, 2018 Trained new hotline volunteers on sex assault law and procedure, Blue Bench (Denver Metro Area Rape Crisis Center), quarterly from April 2015 to June 2017 Colorado Bar Exam Grader, 2010-2015
I supported the creation of the non-partisan commissions to draw district boundaries for the U.S. House and General Assembly. I believe that it is time for the People to have a stronger voice in how boundaries are created, because for too long a small, insular group has been taking the lead. I believe that a robust, transparent and overtly democratic process is exactly what we need to accomplish this task.
I have been a consensus builder and negotiator at both work and at home, in my personal life. I have an easy going personality, that is based on building good personal relationships among diverse groups. Kindness, active listening skills and compassion are the building blocks for creating agreement.
As a commissioner, I expect to be asked to digest not only complicated demographic and historical data, but also legal guidance as well as citizen feedback. This will require me to use my skills as an arbiter and synthesizer. I will approach the work of the commission as a series of problems in need of a collaborative solution. Compromise, thoughtfulness and empathy will guide my approach because any reasonable solutions will require broad buy in. Further, the application of logic and reason in this context strikes me as an exercise of independence. Unburdened by overtly partisan considerations, what will become logical and reasonable is what is best for the state and people of Colorado. What an exciting opportunity to serve.
Male.