Class: Aws::GuardDuty::Types::CreateFilterRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb |
Overview
Constant Summary
Instance Attribute Summary
-
#action ⇒ String
rw
Specifies the action that is to be applied to the findings that match the filter.
-
#client_token ⇒ String
rw
The idempotency token for the create request.
-
#description ⇒ String
rw
The description of the filter.
-
#detector_id ⇒ String
rw
The ID of the detector belonging to the
::Aws::GuardDuty
account that you want to create a filter for. -
#finding_criteria ⇒ Types::FindingCriteria
rw
Represents the criteria to be used in the filter for querying findings.
-
#name ⇒ String
rw
The name of the filter.
-
#rank ⇒ Integer
rw
Specifies the position of the filter in the list of current filters.
-
#tags ⇒ Hash<String,String>
rw
The tags to be added to a new filter resource.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#action ⇒ String
(rw)
Specifies the action that is to be applied to the findings that match the filter.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#client_token ⇒ String
(rw)
The idempotency token for the create request.
A suitable default value is auto-generated. You should normally not need to pass this option.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#description ⇒ String
(rw)
The description of the filter. Valid characters include alphanumeric
characters, and special characters such as hyphen, period, colon,
underscore, parentheses (\{ \}
, [ ]
, and ( )
), forward slash,
horizontal tab, vertical tab, newline, form feed, return, and
whitespace.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#detector_id ⇒ String
(rw)
The ID of the detector belonging to the ::Aws::GuardDuty
account that you
want to create a filter for.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#finding_criteria ⇒ Types::FindingCriteria (rw)
Represents the criteria to be used in the filter for querying findings.
You can only use the following attributes to query findings:
accountId
id
region
severity
To filter on the basis of severity, the API and CLI use the following input list for the FindingCriteria condition:
Low:
["1", "2", "3"]
Medium:
["4", "5", "6"]
High:
["7", "8", "9"]
For more information, see Severity levels for GuardDuty findings.
type
updatedAt
Type: ISO 8601 string format: YYYY-MM-DDTHH:MM:SS.SSSZ or YYYY-MM-DDTHH:MM:SSZ depending on whether the value contains milliseconds.
resource.accessKeyDetails.accessKeyId
resource.accessKeyDetails.principalId
resource.accessKeyDetails.userName
resource.accessKeyDetails.userType
resource.instanceDetails.iamInstanceProfile.id
resource.instanceDetails.imageId
resource.instanceDetails.instanceId
resource.instanceDetails.tags.key
resource.instanceDetails.tags.value
resource.instanceDetails.networkInterfaces.ipv6Addresses
resource.instanceDetails.networkInterfaces.privateIpAddresses.privateIpAddress
resource.instanceDetails.networkInterfaces.publicDnsName
resource.instanceDetails.networkInterfaces.publicIp
resource.instanceDetails.networkInterfaces.securityGroups.groupId
resource.instanceDetails.networkInterfaces.securityGroups.groupName
resource.instanceDetails.networkInterfaces.subnetId
resource.instanceDetails.networkInterfaces.vpcId
resource.instanceDetails.outpostArn
resource.resourceType
resource.s3BucketDetails.publicAccess.effectivePermissions
resource.s3BucketDetails.name
resource.s3BucketDetails.tags.key
resource.s3BucketDetails.tags.value
resource.s3BucketDetails.type
service.action.actionType
service.action.awsApiCallAction.api
service.action.awsApiCallAction.callerType
service.action.awsApiCallAction.errorCode
service.action.awsApiCallAction.remoteIpDetails.city.cityName
service.action.awsApiCallAction.remoteIpDetails.country.countryName
service.action.awsApiCallAction.remoteIpDetails.ipAddressV4
service.action.awsApiCallAction.remoteIpDetails.organization.asn
service.action.awsApiCallAction.remoteIpDetails.organization.asnOrg
service.action.awsApiCallAction.serviceName
service.action.dnsRequestAction.domain
service.action.networkConnectionAction.blocked
service.action.networkConnectionAction.connectionDirection
service.action.networkConnectionAction.localPortDetails.port
service.action.networkConnectionAction.protocol
service.action.networkConnectionAction.remoteIpDetails.city.cityName
service.action.networkConnectionAction.remoteIpDetails.country.countryName
service.action.networkConnectionAction.remoteIpDetails.ipAddressV4
service.action.networkConnectionAction.remoteIpDetails.organization.asn
service.action.networkConnectionAction.remoteIpDetails.organization.asnOrg
service.action.networkConnectionAction.remotePortDetails.port
service.action.awsApiCallAction.remoteAccountDetails.affiliated
service.action.kubernetesApiCallAction.remoteIpDetails.ipAddressV4
service.action.kubernetesApiCallAction.requestUri
service.action.networkConnectionAction.localIpDetails.ipAddressV4
service.action.networkConnectionAction.protocol
service.action.awsApiCallAction.serviceName
service.action.awsApiCallAction.remoteAccountDetails.accountId
service.additionalInfo.threatListName
service.resourceRole
resource.eksClusterDetails.name
resource.kubernetesDetails.kubernetesWorkloadDetails.name
resource.kubernetesDetails.kubernetesWorkloadDetails.namespace
resource.kubernetesDetails.kubernetesUserDetails.username
resource.kubernetesDetails.kubernetesWorkloadDetails.containers.image
resource.kubernetesDetails.kubernetesWorkloadDetails.containers.imagePrefix
service.ebsVolumeScanDetails.scanId
service.ebsVolumeScanDetails.scanDetections.threatDetectedByName.threatNames.name
service.ebsVolumeScanDetails.scanDetections.threatDetectedByName.threatNames.severity
service.ebsVolumeScanDetails.scanDetections.threatDetectedByName.threatNames.filePaths.hash
resource.ecsClusterDetails.name
resource.ecsClusterDetails.taskDetails.containers.image
resource.ecsClusterDetails.taskDetails.definitionArn
resource.containerDetails.image
resource.rdsDbInstanceDetails.dbInstanceIdentifier
resource.rdsDbInstanceDetails.dbClusterIdentifier
resource.rdsDbInstanceDetails.engine
resource.rdsDbUserDetails.user
resource.rdsDbInstanceDetails.tags.key
resource.rdsDbInstanceDetails.tags.value
service.runtimeDetails.process.executableSha256
service.runtimeDetails.process.name
service.runtimeDetails.process.name
resource.lambdaDetails.functionName
resource.lambdaDetails.functionArn
resource.lambdaDetails.tags.key
resource.lambdaDetails.tags.value
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#name ⇒ String
(rw)
The name of the filter. Valid characters include period (.), underscore (_), dash (-), and alphanumeric characters. A whitespace is considered to be an invalid character.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#rank ⇒ Integer
(rw)
Specifies the position of the filter in the list of current filters. Also specifies the order in which this filter is applied to the findings.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end
#tags ⇒ Hash
<String
,String
> (rw)
The tags to be added to a new filter resource.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 1208
class CreateFilterRequest < Struct.new( :detector_id, :name, :description, :action, :rank, :finding_criteria, :client_token, : ) SENSITIVE = [] include Aws::Structure end


7.2. Black Hole Connector
Primarily Black Hole connector is designed for high performance testing of
other components. It works like the /dev/null
device on Unix-like
operating systems for data writing and like /dev/null
or /dev/zero
for data reading. However, it also has some other features that allow testing Presto
in a more controlled manner. Metadata for any tables created via this connector
is kept in memory on the coordinator and discarded when Presto restarts.
Created tables are by default always empty, and any data written to them
will be ignored and data reads will return no rows.
During table creation, a desired rows number can be specified. In such case, writes will behave in the same way, but reads will always return specified number of some constant rows. You shouldn’t rely on the content of such rows.
Warning
This connector will not work properly with multiple coordinators, since each coordinator will have a different metadata.
Configuration
To configure the Black Hole connector, create a catalog properties file
etc/catalog/blackhole.properties
with the following contents:
connector.name=blackhole
Examples
Create a table using the blackhole connector:
CREATE TABLE blackhole.test.nation AS
SELECT * from tpch.tiny.nation;
Insert data into a table in the blackhole connector:
INSERT INTO blackhole.test.nation
SELECT * FROM tpch.tiny.nation;
Select from the blackhole connector:
SELECT count(*) FROM blackhole.test.nation;
The above query will always return zero.
Create a table with constant number of rows (500 * 1000 * 2000):
CREATE TABLE blackhole.test.nation (
nationkey bigint,
name varchar
)
WITH (
split_count = 500,
pages_per_split = 1000,
rows_per_page = 2000
);
Now query it:
SELECT count(*) FROM blackhole.test.nation;
The above query will return 1,000,000,000.
Length of variable length columns can be controlled using field_length
table property (default value is equal to 16):
CREATE TABLE blackhole.test.nation (
nationkey bigint,
name varchar
)
WITH (
split_count = 500,
pages_per_split = 1000,
rows_per_page = 2000,
field_length = 100
);
The consuming and producing rate can be slowed down
using the page_processing_delay
table property.
Setting this property to 5s
will lead to a 5 second
delay before consuming or producing a new page:
CREATE TABLE blackhole.test.delay (
dummy bigint
)
WITH (
split_count = 1,
pages_per_split = 1,
rows_per_page = 1,
page_processing_delay = '5s'
);


1992 Born, Penang, Malaysia
2010 Graduated from TAR University College, Diploma in Electronic Engineering
2010 Attended Pre-Hospital Care Seminar by Penang General Hospital
2012 Internship at Fairchild Semiconductor, Product Test Department
2013 Completed RTL functional Design using Verilog HDL Training Program by DreamCatcher at Kuala Lumpur
2014 Finalist at Project Design Exhibition(ProDEx) at TARUC, Kuala Lumpur
2014 Climbed to Low's Peak, The Summit of Mount Kinabalu, Sabah, Malaysia
2014 Graduated from Sheffield Hallam University, Beng Hons Electronic Systems Engineering
2015 Joined EITA Electric Pte. Ltd.
Restaurant Food Ordering System
Personal Security Monitoring System in Android Platform


Use datepickers when users need to enter valid dates.
Fuzzy dates allow users to specify dates that are not complete. They enable partial dates when users are unsure of the complete date. For example, if users know the year but not the month or day, they can enter just the year. Supported formats include:
You can specify minimum or maximum dates to prevent users from specifying dates before or after those thresholds.
If users enter months as text instead of numbers, the datepicker converts the text to numbers when the datepicker loses focus.
To use the datepicker module, you must install


{% load static %}
@inproceedings{boxy2019,
title={Boxy Vehicle Detection in Large Images},
author={Behrendt, Karsten},
booktitle={Proceedings of the IEEE International Conference on Computer Vision Workshops},
year={2019}
}
}


Index
A B C D E F G H I J L M N O P R S T U V W X Y
All Classes|All Packages
All Classes|All Packages
All Classes|All Packages
P
- PARAMETERS - it.polimi.ingsw.model.enumerations.XMLName
- parseGods() - Method in class it.polimi.ingsw.utils.GodParserTest
- parseGods(String) - Static method in class it.polimi.ingsw.utils.GodParser
-
Parses the XML file into a list of
God
objects. - Persistence - Class in it.polimi.ingsw.utils
-
This class is used to support the storing and restoring of a game.
- Persistence(GameController) - Constructor for class it.polimi.ingsw.utils.Persistence
-
Default Constructor.
- PERSISTENCE - it.polimi.ingsw.network.message.MessageType
- PHASE - it.polimi.ingsw.model.enumerations.XMLName
- PhaseType - Enum in it.polimi.ingsw.model.enumerations
-
This enum contains all type of all phases inside every turn of the Game.
- PICK_FIRST_PLAYER - it.polimi.ingsw.network.message.MessageType
- PICK_MOVING_WORKER - it.polimi.ingsw.network.message.MessageType
- pickWorker() - Method in class it.polimi.ingsw.controller.TurnController
-
Ask to Active Player which Worker want to Move.
- PING - it.polimi.ingsw.network.message.MessageType
- PingMessage - Class in it.polimi.ingsw.network.message
-
Message used to keep the connection alive.
- PingMessage() - Constructor for class it.polimi.ingsw.network.message.PingMessage
- Player - Class in it.polimi.ingsw.model.player
-
The Player is the main character of the Game.
- Player(String) - Constructor for class it.polimi.ingsw.model.player.Player
-
Default constructor.
- PLAYERNUMBER_REPLY - it.polimi.ingsw.network.message.MessageType
- PLAYERNUMBER_REQUEST - it.polimi.ingsw.network.message.MessageType
- PlayerNumberReply - Class in it.polimi.ingsw.network.message
-
Message used to send to the server the number of players picked by the client.
- PlayerNumberReply(String, int) - Constructor for class it.polimi.ingsw.network.message.PlayerNumberReply
- PlayerNumberRequest - Class in it.polimi.ingsw.network.message
-
Message used to ask the client the maximum number of players of the game.
- PlayerNumberRequest() - Constructor for class it.polimi.ingsw.network.message.PlayerNumberRequest
- PlayersNumberSceneController - Class in it.polimi.ingsw.view.gui.scene
-
This class implements the scene where the game host chooses the number of players who are going to play.
- PlayersNumberSceneController() - Constructor for class it.polimi.ingsw.view.gui.scene.PlayersNumberSceneController
-
Default constructor.
- PlayerState - Enum in it.polimi.ingsw.model.enumerations
-
This enum contains all possible States of a Player.
- PlayerTest - Class in it.polimi.ingsw.model.player
-
This class tests the
Player
methods. - PlayerTest() - Constructor for class it.polimi.ingsw.model.player.PlayerTest
- Position - Class in it.polimi.ingsw.model.board
-
This class uses a Two-Dimensional Coordinate System to identify positions inside the
Board
. - Position(int, int) - Constructor for class it.polimi.ingsw.model.board.Position
-
Default constructor.
- Position(Position) - Constructor for class it.polimi.ingsw.model.board.Position
-
Copy constructor.
- positionInitAndGetter() - Method in class it.polimi.ingsw.model.player.WorkerTest
- PositionMessage - Class in it.polimi.ingsw.network.message
-
Message which contains a list of positions.
- PositionMessage(String, MessageType, List<Position>) - Constructor for class it.polimi.ingsw.network.message.PositionMessage
-
Contains a list of positions.
- PositionTest - Class in it.polimi.ingsw.model.board
-
This class tests the
Position
methods. - PositionTest() - Constructor for class it.polimi.ingsw.model.board.PositionTest
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.BuildAgainDecorator
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.BuildDomeDecorator
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.Effect
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.EffectDecorator
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.MoveAgainDecorator
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.MoveLockDecorator
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.MoveOverDecorator
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.MoveWinDecorator
-
Prepares the argument worker in order to apply the effect.
- prepare(Worker) - Method in class it.polimi.ingsw.model.effects.SimpleEffect
- PrepareEffectMessage - Class in it.polimi.ingsw.network.message
-
Message used to notify the preparation phase of a god's effect.
- PrepareEffectMessage(String, boolean) - Constructor for class it.polimi.ingsw.network.message.PrepareEffectMessage
- PUSH_BACK - it.polimi.ingsw.model.enumerations.XMLName
All Classes|All Packages


The Web UI Framework (WUF) is an open source framework based on Angular designed to help developers quickly and easily create applications built on a modern platform, web standards, and best practices.
WUF is based on the following technologies:
WUF was initially developed internally by Dematic, Inc. for use in its own applications, but it has since been released to the open source community under the MIT license. Packages are published under the @anviltech scope into the public NPM registry. Please feel free to use WUF as you see fit. We also welcome code contributions!
The WUF is comprised of 2 repos:
This application, the Living Style Guide, will serve as a living, self-documenting application that will introduce developers to WUF, demonstrate the use of various components available within the Library of Components, and explain how to build applications based on WUF (i.e., the Quick Start Application).
The following is copied from the project's README.md file:


Open the debugging console to see the conversation logged
Move your mouse over this element to fire the events


{% extends "base.html" %} {% block content %} {% load static %}
Nuru Shahin and David Camarasa are the new runing candidates in to office vacant position of member of parliament which was left by Bastian Schweinsteiger. Election are to be this coming Tuesday.
Our biggest cleaning day happens on Saturdays, which means primarily dusting and vacuuming day since things like bathrooms, washing floors, and cleaning the kitchen all get done at other times during the week.


eplusr provides parsing of and programmatic access to EnergyPlus
Input Data Dictionary (IDD) files, and objects. It contains all data needed
to parse EnergyPlus models. Idd
class provides parsing and printing while
IddObject provides detailed information of curtain class.
EnergyPlus operates off of text input files written in its own Input Data File (IDF) format. IDF files are similar to XML files in that they are intended to conform to a data schema written using similar syntax. For XML, the schema format is XSD; for IDF, the schema format is IDD. For each release of EnergyPlus, valid IDF files are defined by the "Energy+.idd" file shipped with the release.
eplusr tries to detect all installed EnergyPlus in default installation
locations when loading, i.e. C:\EnergyPlusVX-X-0
on Windows,
/usr/local/EnergyPlus-X-Y-0
on Linux, and
/Applications/EnergyPlus-X-Y-0
on macOS and stores all found locations
internally. This data is used to locate the distributed "Energy+.idd" file of
each EnergyPlus version. And also, every time an IDD file is parsed, an Idd
object is created and cached in an environment.
Parsing an IDD file starts from use_idd()
. When using use_idd()
, eplusr
will first try to find the cached Idd
object of that version, if possible.
If failed, and EnergyPlus of that version is available (see avail_eplus()
),
the "Energy+.idd"
distributed with EnergyPlus will be parsed and cached. So
each IDD file only needs to be parsed once and can be used when parsing every
IDF file of that version.
Internally, the powerful data.table package is used to speed up the whole IDD parsing process and store the results. However, it will still take about 2-3 sec per IDD. Under the hook, eplusr uses a SQL-like structure to store both IDF and IDD data in data.table::data.table format. Every IDD will be parsed and stored in four tables:
group
: contains group index and group names.
class
: contains class names and properties.
field
: contains field names and field properties.
reference
: contains cross-reference data of fields.
idd <- use_idd(ver) idd$version() idd$build() idd$group_index(group = NULL) idd$group_name() idd$from_group(class) idd$class_index(class = NULL) idd$class_name() idd$required_class_name() idd$unique_class_name() idd$extenesible_class_name() idd$is_valid_group(group) idd$is_valid_class(class) idd$object_relation(class, direction = c("all", "ref_by", "ref_to")) idd$object(class) idd$objects(class) idd$objects_in_relation(class, direction = c("ref_to", "ref_by")) idd$objects_in_group(group) idd$ClassName idd[[ClassName]] idd$to_table(class, all = FALSE) idd$to_string(class, leading = 4L, sep_at = 29L, sep_each = 0L, all = FALSE) idd$print() print(idd)
ver
: A valid EnergyPlus IDD version, e.g. 8.8, "8.6.0".
idd
: An Idd
object.
group
: A character vector of valid group names. For
$objects_in_group()
, a single string of valid group name.
class
: A character vector of valid class names. For $object_relation()
and $objects_in_relation()
, a single string of valid class name.
ClassName
: A single string of valid class name.
direciton
: The relation direction to extract. Should be either "all"
,
"ref_to"
or "ref_by". For $objects_in_relation()
, only "ref_to"
and
"ref_by"
are acceptable.
all
: If TRUE
, all fields in specified classes are returned. If FALSE
,
only minimum required fields are returned. Default: FALSE
.
leading
: Leading spaces added to each field. Default: 4L
.
sep_at
: The character width to separate value string and field string.
Default: 29L
which is the same as IDF Editor.
sep_each
: A single integer of how many empty strings to insert between
different classes. Default: 0
.
$version()
returns the IDD version in
numeric_version.
$build()
returns the build tag string.
$group_index()
returns integer indexes (indexes of name appearance in
the IDD file) of specified groups.
$group_name()
returns all group names.
$from_group()
returns the names of group that specified classes belongs to.
$is_valid_group()
return TRUE
if the input is a valid group name.
$class_index()
returns integer indexes (indexes of name appearance in
the IDD file) of specified classes.
$class_name()
returns all class names.
$required_class_name()
returns the names of all required classes.
$unique_class_name()
returns the names of all unique-object classes.
$extensible_class_name()
returns the names of all extensible classes.
$is_valid_class()
return TRUE
if the input is a valid class name.
$object()
returns an IddObject of specified class.
$objects()
returns a list of IddObjects of specified classes.
$object_relation()
returns an IddRelation
object which contains field
data that have relation with specified class. For instance, if
idd$object_relation("Class 1", "ref_to")
gives results below:
-- Refer to Others --------------------- Class: <Class 1> +- Field: <1: Field 1> | v~~~~~~~~~~~~~~~~~~ | \- Class: <Class 2> | \- Field: <2: Field 2> | \- Field: <2: Field 2>
This means that Field 2
in class Class 1
does not refer to any other fields.
But Field 1
in class Class 2
refers to Field 2
in class named Class 2
.
$objects_in_relation()
returns a list of IddObjects that have relations.
The first element is always the IddObject of that class. If specified class
does not have any relation with other classes, a list that only contains the
IddObject of that class is returned. For instance,
idd$objects_in_relation("Construction", "ref_to")
will return a list of an
IddObject of class Construction
and also all IddObjects that class
Construction
refers to; similarly, idd$objects_in_relation("Construction", "ref_by")
will return a list of an IddObject of class Construction
and
also all IddObjects that refer to class Construction
.
$objects_in_group()
returns a list of IddObjects of specified group.
eplusr also provides custom S3 method of $
and [[
to make it
more convenient to get a single IddObject. Basically, idd$ClassName
and
idd[[ClassName]]
, is equivalent to idd$object(ClassName)[[1]]
.
Here, ClassName
is a single valid class name where all characters other
than letters and numbers are replaced by a underscore _
.
For details about IddObject, please see IddObject class.
$to_table()
returns a data.table that contains
core data of specified class. It has 3 columns:
class
: Character type. Class names.
index
: Integer type. Field indexes.
field
: Character type. Field names.
$to_string()
returns empty objects of specified class in a character vector
format. It is formatted exactly the same as in IDF Editor.
$print()
prints basic info ob current Idd object, including version, build
tag and total class number.
IDFEditor, OpenStudio utilities library
IddObject class which provides detailed information of curtain class
# get the Idd object of EnergyPlus v8.8 idd <- use_idd(8.8, download = "auto") # version idd$version()#> [1] '8.8.0'#> [1] "7c3bbe4830"#> chr [1:58] "Simulation Parameters" "Compliance Objects" ...#> chr [1:789] "Version" "SimulationControl" "Building" "ShadowCalculation" ...#> chr [1:2] "Building" "GlobalGeometryRules"#> chr [1:51] "Version" "SimulationControl" "Building" "ShadowCalculation" ...# IddObject of SimulationControl class idd$object("SimulationControl")#> <IddObject: `SimulationControl`> #> -- MEMO ------------------------------------------------------------------------ #> "Note that the following 3 fields are related to the Sizing:Zone, Sizing:System, #> and Sizing:Plant objects. Having these fields set to Yes but no corresponding #> Sizing object will not cause the sizing to be done. However, having any of these #> fields set to No, the corresponding Sizing object is ignored. #> Note also, if you want to do system sizing, you must also do zone sizing in the same #> run or an error will result." #> #> -- PROPERTIES ------------------------------------------------------------------ #> * Group: `Simulation Parameters` #> * Unique: TRUE #> * Required: FALSE #> * Total fields: 7 #> #> -- FIELDS ---------------------------------------------------------------------- #> 1: Do Zone Sizing Calculation #> 2: Do System Sizing Calculation #> 3: Do Plant Sizing Calculation #> 4: Run Simulation for Sizing Periods #> 5: Run Simulation for Weather File Run Periods #> 6: Do HVAC Sizing Simulation for Sizing Periods #> 7: Maximum Number of HVAC Sizing Simulation Passes# OR idd$SimulationControl#> <IddObject: `SimulationControl`> #> -- MEMO ------------------------------------------------------------------------ #> "Note that the following 3 fields are related to the Sizing:Zone, Sizing:System, #> and Sizing:Plant objects. Having these fields set to Yes but no corresponding #> Sizing object will not cause the sizing to be done. However, having any of these #> fields set to No, the corresponding Sizing object is ignored. #> Note also, if you want to do system sizing, you must also do zone sizing in the same #> run or an error will result." #> #> -- PROPERTIES ------------------------------------------------------------------ #> * Group: `Simulation Parameters` #> * Unique: TRUE #> * Required: FALSE #> * Total fields: 7 #> #> -- FIELDS ---------------------------------------------------------------------- #> 1: Do Zone Sizing Calculation #> 2: Do System Sizing Calculation #> 3: Do Plant Sizing Calculation #> 4: Run Simulation for Sizing Periods #> 5: Run Simulation for Weather File Run Periods #> 6: Do HVAC Sizing Simulation for Sizing Periods #> 7: Maximum Number of HVAC Sizing Simulation Passes# OR idd[["SimulationControl"]]#> <IddObject: `SimulationControl`> #> -- MEMO ------------------------------------------------------------------------ #> "Note that the following 3 fields are related to the Sizing:Zone, Sizing:System, #> and Sizing:Plant objects. Having these fields set to Yes but no corresponding #> Sizing object will not cause the sizing to be done. However, having any of these #> fields set to No, the corresponding Sizing object is ignored. #> Note also, if you want to do system sizing, you must also do zone sizing in the same #> run or an error will result." #> #> -- PROPERTIES ------------------------------------------------------------------ #> * Group: `Simulation Parameters` #> * Unique: TRUE #> * Required: FALSE #> * Total fields: 7 #> #> -- FIELDS ---------------------------------------------------------------------- #> 1: Do Zone Sizing Calculation #> 2: Do System Sizing Calculation #> 3: Do Plant Sizing Calculation #> 4: Run Simulation for Sizing Periods #> 5: Run Simulation for Weather File Run Periods #> 6: Do HVAC Sizing Simulation for Sizing Periods #> 7: Maximum Number of HVAC Sizing Simulation Passes#> $Construction #> <IddObject: `Construction`> #> -- MEMO ------------------------------------------------------------------------ #> "Start with outside layer and work your way to the inside layer #> Up to 10 layers total, 8 for windows #> Enter the material name for each layer" #> #> -- PROPERTIES ------------------------------------------------------------------ #> * Group: `Surface Construction Elements` #> * Unique: FALSE #> * Required: FALSE #> * Total fields: 11 #> #> -- FIELDS ---------------------------------------------------------------------- #> 1*: Name #> 2*: Outside Layer #> 3 : Layer 2 #> 4 : Layer 3 #> 5 : Layer 4 #> 6 : Layer 5 #> 7 : Layer 6 #> 8 : Layer 7 #> 9 : Layer 8 #> 10 : Layer 9 #> 11 : Layer 10 #> #> $Material #> <IddObject: `Material`> #> -- MEMO ------------------------------------------------------------------------ #> "Regular materials described with full set of thermal properties" #> #> -- PROPERTIES ------------------------------------------------------------------ #> * Group: `Surface Construction Elements` #> * Unique: FALSE #> * Required: FALSE #> * Total fields: 9 #> #> -- FIELDS ---------------------------------------------------------------------- #> 1*: Name #> 2*: Roughness #> 3*: Thickness #> 4*: Conductivity #> 5*: Density #> 6*: Specific Heat #> 7 : Thermal Absorptance #> 8 : Solar Absorptance #> 9 : Visible Absorptance #>#> [1] 2# IddObjects that refer to class Construction length(idd$objects_in_relation("Construction", "ref_by"))#> [1] 34# IddObjects that class Construction refers to length(idd$objects_in_relation("Construction", "ref_to"))#> [1] 141#> [1] 10#> class index field #> 1: Material 1 Name #> 2: Material 2 Roughness #> 3: Material 3 Thickness #> 4: Material 4 Conductivity #> 5: Material 5 Density #> 6: Material 6 Specific Heat #> 7: Construction 1 Name #> 8: Construction 2 Outside Layer# Get empty Material object and Construction object in a character vector idd$to_string(c("Material", "Construction"))#> [1] "Material," #> [2] " , !- Name" #> [3] " , !- Roughness" #> [4] " , !- Thickness {m}" #> [5] " , !- Conductivity {W/m-K}" #> [6] " , !- Density {kg/m3}" #> [7] " , !- Specific Heat {J/kg-K}" #> [8] "Construction," #> [9] " , !- Name" #> [10] " ; !- Outside Layer"


Events
Cordova:
Platform:
, Version:
UUID:
, Name:
Width:
, Height:
, Color Depth:
You should see
Page1: onunload
Page2: onload
Page2: Running
Press "backbutton" to return to Page 1.
Info for event testing:
Load new page
Clear status


The datepicker's placement is right
The datepicker's placement is top
The datepicker's placement is bottom
The datepicker's placement is left


6.17 Chapter 3 #alex
1.
for i in range(1,1001):
print("We like Python's turtles!")
2.
screen_Size
cpu_clockspeed
camera_pixel
3.
a = ['January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December']
for i in range(0,12):
print("One of the months of the year is", a[i])
4.
Tess circles around itself for 1000 times, then stops, facing northeast, 45 degrees to the original position.
5.
xs = [12, 10, 32, 3, 66, 17, 42, 99, 20]
for i in range(0, 9):
print (xs[i], end=' % ')
for i in range(0, 9):
print(xs[i],' ', xs[i]**2, end=' % ')
total = 0
for i in range(0, 9):
total = total + xs[i]
print(total, end=' @ ')
product = 1
for i in range(0,9):
product = product * xs[i]
print(product)
6.
import turtle
wn = turtle.Screen()
alex = turtle.Turtle()
side_l = int(input("length:"))
side_n = int(input("numbers:"))
def draw_polygon(x, y):
for i in range(1, x+1):
alex.forward(y)
alex.left(180-180*(x-2)/x)
draw_polygon(side_n, side_l)
wn.mainloop()
7/8
import turtle
wn = turtle.Screen()
alex = turtle.Turtle()
angle = [160, -43, 270, -97, -43, 200, -940, 17, -86]
for i in range(0, 9):
alex.left(angle[i])
alex.forward(60)
print(alex.heading())
wn.mainloop()
9.
left 160 degrees
10.
northwest 45 degrees
11.
import turtle
wn = turtle.Screen()
alex = turtle.Turtle()
for i in range(0,5):
alex.forward(100)
alex.right(144)
wn.mainloop()
12.
import turtle
import math
wn = turtle.Screen()
alex = turtle.Turtle()
wn.bgcolor("lightgreen")
alex.shape("turtle")
alex.color("blue")
alex.stamp()
alex.speed(10)
tess = turtle.Turtle()
tess.color("blue")
tess.speed(10)
tess.width(5)
for i in range(0, 12):
alex.penup()
alex.forward(150)
alex.pendown()
alex.stamp()
alex.penup()
alex.left(180)
alex.forward(150)
alex.left(360-30*i)
alex.left(30*(i+1))
for i in range(0, 12):
tess.penup()
tess.forward(120)
tess.pendown()
tess.forward(20)
tess.penup()
tess.left(180)
tess.forward(140)
tess.left(360-30*i)
tess.left(30*(i+1))
wn.mainloop()


|
Spring Security Framework | |||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| ObjectDefinitionSource | Implemented by classes that store and can identify the ConfigAttributeDefinition that applies to a given secure object
invocation. |
| Class Summary | |
|---|---|
| AbstractSecurityInterceptor | Abstract class that implements security interception for secure objects. |
| InterceptorStatusToken | A return object received by AbstractSecurityInterceptor subclasses. |
Actually enforces the security and ties the whole security system together.
A secure object is a term frequently used throughout the security
system. It does not refer to a business object that is being
secured, but instead refers to some infrastructure object that can have
security facilities provided for it by Spring Security.
For example, one secure object would be MethodInvocation
,
whilst another would be HTTP
org.springframwork.security.intercept.web.FilterInvocation
. Note these are
infrastructure objects and their design allows them to represent a large
variety of actual resources that might need to be secured, such as business
objects or HTTP request URLs.
Each secure object typically has its
own org.springframwork.security.intercept
package.
Each package usually includes a concrete security interceptor (which
subclasses AbstractSecurityInterceptor
,
an appropriate ObjectDefinitionSource
for the type of resources the secure object represents, and a property editor
to populate the ObjectDefinitionSource
.
It is simple to create new secure object types, given the
AbstractSecurityInterceptor
provides the majority of the logic
and other specialised packages provide the authentication, authorization,
run-as replacement management and ContextHolder
population.
|
Spring Security Framework | |||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


If you like podcasts, check out my shows!
See, my entire life at the moment revolves around designing game concepts,
and recording podcasts all about game design theory. So, instead of making
a personality page, I found it only fitting to make a page dedicated to my
love for podcasting. Come check out me and my cohost Joe design a different
game every week on Digital Delights. Or, come and watch me interview figures
in the game design, narrative, and fantastical realms of D&D at Fable's Cove! :)


MRGLocale
What is it?
MRGLocale
gives you 2 super features:
- Change the preferred language in-app
- Update your localizations without building your app
How to use it
First things first
- Add
MRGLocale
in yourPodfile
- Run
pod install
in your terminal at the root of your project
Use it for real
Since the pod is installed, you no longer use NSLocalizedString()
. Use MRGString(key)
or MRGStringFromTable(key, table)
.
Changing preferred language
[[MRGLocale sharedInstance] setLanguageBundleWithLanguageISO639Identifier:@"fr_CA"];
Updating your localizations dynamically
Say you want to update your localizations with a file on S3:
MRGRemoteStringFile *remoteStringFile = [[MRGRemoteStringFile alloc] initWithLanguageIdentifier:@"en" url:[NSURL URLWithString:@"https://bucket.s3.amazonaws.com/Localizables.json"];
[[MRGLocale sharedInstance] setRemoteStringResourceList:@[remoteStringFile]];
The code above creates your remote string resources for your updatable localizations. In order to check for updates, you only need to periodically call the following method:
objc
[[MRGLocale sharedInstance] refreshRemoteStringResourcesWithCompletion:completionBlock];
- (void)applicationDidBecomeActive:(UIApplication *)application
in the app delegate would be a great place. The updates will only be available after you kill and restart the app.
Creating a customized Remote String Resource
for your customized API
Create a class that conforms to the MRGRemoteStringResource
protocol. Long story short, it needs to implement:
objc
- (NSString *)languageIdentifier;
- (NSData *)fetchRemoteResource:(NSError **)error;
Backstage secrets
If a translation is not available from the remote string resource, MRGLocale
will fallback to the app bundle’s Localizable.strings
Converting an old project to MRGLocale
In Xcode, use the regular expression feature of find and replace all to convert occurences of NSLocalizedString
with MRGString
.
find
NSLocalizedString\(@"([^\)"]*)"([^\)]*)\)
andreplace
withMRGString(@"$1")
forNSLocalizedString
occurencesfind
NSLocalizedStringFromTable\(@"([^\)"]*)",( )?@"([^\)"]*)"([^\)]*)\)
andreplace
withMRGStringFromTable(@"$1", @"$3")
forNSLocalizedStringFromTable
occurences
Note that NSLocalizedStringFromTableInBundle
and NSLocalizedStringWithDefaultValue
are currently not supported by MRGLocale
Known issues
If you’re using MRGLocale in a Watch or an App Extension, make sure you link against the MRGLocale/Core
subspec so it doesn’t link the MRGControlPanel as well (it uses API like UIAlertView and UIApplication’s sharedApplication methods that are not allowed in an extension).
License
MRGLocale
is © 2016 Mirego and may be freely distributed under the New BSD license. See the LICENSE.md
file.
About Mirego
Mirego is a team of passionate people who believe that work is a place where you can innovate and have fun. We’re a team of talented people who imagine and build beautiful Web and mobile applications. We come together to share ideas and change the world.
We also love open-source software and we try to give back to the community as much as we can.


This view allows to edit information about the game.
Game was successfully updated!
Status: {{ error.error.status }}!
Something went wrong. Please try again or visit home view.
Are you sure you want to delete: {{ game?.name }}?
There is not information about this game.


{% extends "base.html" %} {% block content %}
You can edit this file at {{dataobj['fullpath']}}
{{ content | safe }}
{{ form.submit() }}


Reading and Writing Files¶
This section is based on chapter 9 in Sweigart’s Automate the Boring Stuff with Python (second edition).
Python scripts for this section
Python can access files on your computer. It can create new text files and write into them. It can also read text files and copy text from them.
In Sweigart’s chapter 9, we are mainly interested in pages 215–219, “The File Reading/Writing Process.” Nevertheless, the previous section in chapter 9, under “Files and File Paths,” does contain useful information. I suggest you scan through the chapter up to page 215 and then read pages 215–219 carefully.
The pathlib
module can be a bit confusing. You can learn more here.
Most students will benefit from a review of “Absolute vs. Relative Paths” (pages 206–207).
Attention
Be sure to note the differences between paths on Mac and paths on Windows. If you write Python code meant for others to use, and your code includes a reference to a path, then you should use the pathlib
module to ensure that your code for a path would work on both Mac and Windows.
Check whether a file exists¶
The pathlib
method .exists()
is useful if your Python program needs to check for the existence of a file in the current directory on your computer:
>>> import pathlib
>>> path = pathlib.Path('foobar.txt')
>>> path.exists()
False
>>>
If False
is returned, no file with that name exists in that location.
Read a file line by line¶
Sweigart explains the readlines()
method (page 218), but he does not cover the readline()
method, which reads exactly one line at a time. These two different methods can come in handy for solving different problems.
In the following example, first we write two new lines into a new file. Then we read them, one at a time, with readline()
:
>>> myfile = open('temp.txt', 'w')
>>> myfile.write('hello my little file\n')
21
>>> myfile.write('goodbye my little file\n')
23
>>> myfile.close()
>>> myfile = open('temp.txt')
>>> print( myfile.readline() )
hello my little file
>>> print( myfile.readline() )
goodbye my little file
>>> myfile.close()
>>>
Compare that with this example, using readlines()
:
>>> myfile = open('temp.txt')
>>> print( myfile.readlines() )
['hello my little file\n', 'goodbye my little file\n']
>>> myfile.close()
>>>
When you call readlines()
on a file, it returns a Python list that contains each line in the file as a list item. You can then loop over the list, search the items, sort them, etc.
There’s a method Sweigart does not cover, seek()
. This comes in handy if you have a file open for reading and you have come to the bottom of it. Calling seek(0)
on the File object returns to the top of the file so you can read it or search its contents again.
>>> myfile = open('temp.txt')
>>> myfile.readlines() # file has been read top to bottom
>>> print( myfile.readline() ) # nothing happens
>>> myfile.seek(0) # return to top
0
>>> print( myfile.readline() ) # try again
hello my little file
>>> myfile.close()
>>>
Tip
To create a Python list from a file, use readlines()
.
Open and read a file, write to another file¶
In this example, we have a plain-text file that contains four items of information about each U.S. state, one line per state. In each line, the four items are separated by tabs.
Our task is to use that file, state_data.txt, to create a new file, capitals.txt, that has only a list of state capitals. So we want to get this:
From this:
Here’s how we can do that:
# open a file for reading
states = open('state_data.txt')
# open a new file for writing
capitals = open('capitals.txt', 'w')
# store the result of readlines() in a variable
states_list = states.readlines()
# loop over the list that resulted from readlines()
for state in states_list:
foo = state.split('\t') # split the line at the tabs
text = foo[1] + ", " + foo[0] + '\n' # create text: capital, state
capitals.write(text) # write text into the new file
# close both files
capitals.close()
states.close()
An alternative way to open a file¶
This opens a File object — f
— for appending, writes to it, closes it and saves it, without using close()
. Read more about it here.
with open('temp.txt', 'a') as f:
words = "I would not like to eat any spam."
f.write(words)
That code would open a file named myfile.txt for appending — a
— and assign the File object to the variable f
. It would write the string into myfile.txt and then save and close the file.
If this alternative makes sense to you, feel free to use it instead of using f = open('temp.txt')
etc.
Important
The indentation after the with
line is essential. Any code related to the open file must be inside the indented block, or you will get errors.
Chapter review: chapter 9¶
Key points¶
Ways to use the
pathlib
module.Use of the
pathlib
method.exists()
.Files can be opened and read without using
Path
if they are in the same folder as the Python script.Call the
open()
function to return a File objectCall the
read()
orwrite()
method on a File objectClose the file by calling the
close()
method on a File object — this also saves the fileDistinguish between the File object and the contents of the file
Call the
readlines()
method to create a list from a file that contains line breaksThe difference between the
readline()
method and thereadlines()
methodThe difference between write mode —
'w'
— and append mode —'a'
— when usingopen()
Use of the alternative syntax
with open('temp.txt', 'a') as f:


I am a student the higher school of statistics and data analysis. I am currently looking for a graduation internship
Statistics, Data science, Big Data, Data Analytics, Predictive modeling
Statistics, Data science, Big Data, Data Analytics, Predictive modeling


- tab - Variable in class gui.LooseApp
-
The tab.
- tabbedPane - Variable in class gui.LooseApp
-
The tabbed pane.
- table - Variable in class core.GreedyLoose
-
The source table.
- table - Variable in class core.tables.BaseGeneratedTable
-
The table.
- table - Variable in class core.tables.ListTable
-
The table.
- table - Variable in class exporter.BaseExporter
-
The table.
- table - Variable in class gui.controllers.ProblemController
-
The table.
- tablename - Variable in class core.tables.JDBCTable
-
The tablename.
- tablename - Variable in class gui.controllers.RealProblemController.TableReader
-
- textAttributes - Variable in class gui.views.RandomProblemView
-
The text attributes.
- textConstraints - Variable in class gui.views.BaseProblemView
-
The text constraints.
- textFragments - Variable in class gui.views.BaseProblemView
-
The text fragments.
- textInputFile - Variable in class gui.views.RealProblemView
-
The text input file.
- textKList - Variable in class gui.views.BaseProblemView
-
The text k list.
- textMaxValue - Variable in class gui.views.RandomProblemView
-
The text max value.
- textOrderBy - Variable in class gui.views.RealProblemView
-
The text order by.
- textOutputPath - Variable in class gui.views.BaseProblemView
-
The text output path.
- textQuery - Variable in class gui.views.QuerierView
-
The text query.
- textTable - Variable in class gui.views.RealProblemView
-
The text table.
- textTuples - Variable in class gui.views.RandomProblemView
-
The text tuples.
- third - Variable in class utils.tuples.Triplet
-
The third.
- Timer - Class in utils
-
The Class Timer keeps track of the time passed from its
creation or its last reset.
- Timer() - Constructor for class utils.Timer
-
Instantiates a new timer.
- to(int, int, int) - Static method in class utils.functional.Range
-
Generates the numbers from start TO end with a step.
- to(int, int) - Static method in class utils.functional.Range
-
Generates the numbers from start TO end.
- toFragment - Variable in class querier.JDBCQuerier
-
The to fragment can be used like: attributeName => fragmentId.
- toIndices(List<F>) - Method in class core.tables.Attributes
-
To indices.
- toIndices(List<F>) - Method in class core.tables.BaseTable
-
Takes a List of Object, they can be Integer or String (checkd by attributes.toIndices)
and returns a List of integers, if the input was a List it will be returned
as is, if there are strings in the input list, they will be searched in the attributes
and they will be converted to the appropriate index.
- toNames(List<Object>) - Method in class core.tables.Attributes
-
Takes a List of Object, they can be Integer of String and returns a List of strings,
if the input was a List it will be returned as is, if there are integers in the input list,
they will be used to index the attributes and they will be converted as names.
- toNames(List<Object>) - Method in class core.tables.BaseTable
-
Takes a List of Object, they can be Integer or String (checkd by attributes.toNames)
and returns a List of strings, if the input was a List it will be returned
as is, if there are integers in the input list, they will be used to index the
attributes and they will be converted as names.
- toString() - Method in class core.GreedyLoose
-
- toString() - Method in class core.Operation
-
- toString() - Method in class core.tables.Attribute
-
- toString() - Method in class utils.Timer
-
- toString() - Method in class utils.tuples.Pair
-
- toString() - Method in class utils.tuples.Triplet
-
- Triplet<F,S,T> - Class in utils.tuples
-
The Class Triplet.
- Triplet(F, S, T) - Constructor for class utils.tuples.Triplet
-
Instantiates a new triplet.
- tuples - Variable in class core.GreedyLoose
-
The number of tuples in the table.
- tuples - Variable in class core.tables.BaseGeneratedTable
-
The tuples.
- tuples - Variable in class gui.views.BaseProblemView
-
The tuples.
- twodecimals - Variable in class gui.views.BaseProblemView
-
The twodecimals.
- txtDatabase - Variable in class gui.views.QuerierView
-
The txt database.
- txtDropped - Variable in class gui.views.BaseProblemView
-
The txt dropped.
- txtOpstack - Variable in class gui.views.BaseProblemView
-
The txt opstack.
- txtrLogger - Variable in class gui.views.BaseProblemView
-
The txtr logger.
- txtrResult - Variable in class gui.views.QuerierView
-
The txtr result.
- txtStatus - Variable in class gui.views.BaseProblemView
-
The txt status.
- type - Variable in class core.tables.Attribute
-
The type of the Attribute.
- type - Variable in class gui.controllers.RealProblemController.TableReader
-


4 Queries¶
4.1 Perform a read query¶
4.1.1 The Query object¶
A query is done by retrieving the object CCMBenchmark\Ting\Query\Query
from the Repository.
To do this, just call:
use CCMBenchmark\Ting\Repository\Repository;
use CCMBenchmark\Ting\Repository\MetadataInitializer;
class SampleRepository extends Repository implements MetadataInitializer
{
public function getUsers()
{
$query = $this->getQuery('SELECT ...');
// ...
4.1.2 Parameters¶
To define dynamic parameters in the query call the method setParams
which takes as argument an associative array:
use CCMBenchmark\Ting\Repository\Repository;
use CCMBenchmark\Ting\Repository\MetadataInitializer;
class SampleRepository extends Repository implements MetadataInitializer
{
public function getUserSylvain()
{
$query = $this->getQuery('SELECT id, name FROM user WHERE name = :name');
$query->setParams(['name' => 'Sylvain']);
// ...
4.1.3 Perform the query¶
To fetch the data use the method query
:
use CCMBenchmark\Ting\Repository\Repository;
use CCMBenchmark\Ting\Repository\MetadataInitializer;
class SampleRepository extends Repository implements MetadataInitializer
{
public function getUserSylvain()
{
$query = $this->getQuery('SELECT id, name FROM user WHERE name = :name');
$query->setParams(['name' => 'Sylvain']);
$collection = $query->query();
// ...
4.1.4 Get the output¶
The query
method returns an object CCMBenchmark\Ting\Repository\Collection
. This object is an Iterator
, you can retrieve the results with an iteration:
use CCMBenchmark\Ting\Repository\Repository;
use CCMBenchmark\Ting\Repository\MetadataInitializer;
class SampleRepository extends Repository implements MetadataInitializer
{
public function showUsersSylvain()
{
$query = $this->getQuery('SELECT id, name FROM user WHERE name = :name');
$query->setParams(['name' => 'Sylvain']);
$collection = $query->query();
foreach ($collection as $data) {
print_r($data);
}
}
// ...
4.1.6 Simplified output format for queries without joins¶
See the documentation about the hydrator for a single object
4.1.7 Counting items in a collection¶
Knowing that a Collection
implements the standard interface Countable
. You can find how many elements it contains just as you would do for a PHP array: count($collection)
4.1.8 Perform a query on the master¶
A read query will be made by default on one of the configured slaves (when some slaves have been configured), if you need to perform your query on the master, then you must call the method selectMaster
:
use CCMBenchmark\Ting\Repository\Repository;
use CCMBenchmark\Ting\Repository\MetadataInitializer;
class SampleRepository extends Repository implements MetadataInitializer
{
public function selectOnMaster()
{
$query = $this->getQuery('SELECT ...');
$query->selectMaster(true);
// ...
4.1.9 Error on a query¶
If the query executed does not complete successfully, an exception of type CCMBenchmark\Ting\Driver\QueryException
will be raised
4.2 Perform a write query¶
The logic is the same as for a read request. Except that you need to call the method execute
on the object CCMBenchmark\Ting\Query\Query
use CCMBenchmark\Ting\Repository\Repository;
use CCMBenchmark\Ting\Repository\MetadataInitializer;
class SampleRepository extends Repository implements MetadataInitializer
{
public function insertSomething()
{
$query = $this->getQuery('INSERT INTO ...');
$query->execute();
// ...


Home
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Contact
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You can also send me an email<EMAIL_ADDRESS>to ask a question or schedule an appointment.


June 29, 2021 — Josh
I'm looking to compile a list of historic "wars" in computing, just for personal interest cause they're fun to read about and can sometimes be insightful.
Here's what I have so far:
Some of these are singular events, others are long-standing.
If you can think of others send them my way :-), josh at josh8 dot com
.
To set the scene, read these two relevant excerpts discussing computing, identity, and religion:
NB: this is a transcript from a video, there may be some inaccuracies.
The computer world deals with imaginary, arbitrary, made-up stuff that was all made up by somebody. Everything you see was designed and put there by someone, but so often we have to deal with junk; and not knowing whom to blame, we blame technology. That's the main thing I want you to understand -- as you consider the thousands of methods, thousands of products, the fanaticisms, the hopes and dreams, the apparent possibilities, the grim reality.
...
So that's what this series is about, the ideas and fights behind what laymen call technology. Technology exists, but it's like marital fidelity -- there's a lot of it, but a lot less of it than people think. And often what people call technology, isn't.  People often say "you can't argue with technology" -- of course you can! All kinds of junk is foisted on the public in the name of technology; you have to know what else is possible.
...
The greatest myth of technology is the myth of determinism. The belief that technology is determinate, objective, inevitable, that the nature of computers is given.  Many people think God created the 'real world', but no one that I know of believes that he, she, or it created the computer world, though many act as if they think so.
Key example: why cant you put marginal notes on a Microsoft Word file, or a PDF, or a web page? The naive answer is "because computers don't allow it". The real answer is because Chuck Simone and John Warnock and Tim Berners-Lee didn't think you needed it. Yes, it comes down to invidivduals.
...
Everyone has passionate ideas and ideals, and wants to create software to fulfill those ideas and ideals.  There are thousands of computing ideas, and so there are thousands of computer religions (that is, ideas people care very much about) -- every faction wants to pull you in. Every faction wants you to think they are the wave of the future, and because there are no objective criteria, as in religion there are no objective criteria, there are thousands of sects and splinter groups.
...
The concepts go on and on and many of them have fanatical following. What are the principle computer religions?  Specific languages, everyone has a favorite language they're fanatical about. <further examples> Particular conventions of punctuation have fanatical adherents; I refer to the One True Brace Style in C. <further examples>
All of these have their believers. So who gets to decide? Who gets to decide what methods will be used, what ideas will be followed in creating software? Ahh, that's the politics of the computer world.
...
These decisions are determined how -- by some objective mechanism? Hahaha, that's politics for you. They're determined by fighting and jockying and internal politics and maneuvering in projects and in companies. Everyone's trying to get leverage and creative control.
Now, in Hollywood they have it down to a system. They determine who directs, but everybody understands that everybody wants to direct, and it's an issue they call creative control. In the computing world, everyone wants to design software, but they don't call it creative control -- it's exactly the same. In software it's the same issue as in Hollywood, but nobody recognizes it.
...
Was the Unicode mess technology? No, it's culture politics masquerading as technology. Technology is a mask worn by all kinds of political parties in all kinds of fights and situations.
I've left out a lot of interesting stuff, you should watch the video in its entirety on your own time.

As a rule, any mention of religion on an online forum degenerates into a religious argument. Why? Why does this happen with religion and not with Javascript or baking or other topics people talk about on forums?
What's different about religion is that people don't feel they need to have any particular expertise to have opinions about it. All they need is strongly held beliefs, and anyone can have those. No thread about Javascript will grow as fast as one about religion, because people feel they have to be over some threshold of expertise to post comments about that. But on religion everyone's an expert.
Then it struck me: this is the problem with politics too. Politics, like religion, is a topic where there's no threshold of expertise for expressing an opinion. All you need is strong convictions.
Do religion and politics have something in common that explains this similarity? One possible explanation is that they deal with questions that have no definite answers, so there's no back pressure on people's opinions. Since no one can be proven wrong, every opinion is equally valid, and sensing this, everyone lets fly with theirs.
But this isn't true. There are certainly some political questions that have definite answers, like how much a new government policy will cost. But the more precise political questions suffer the same fate as the vaguer ones.
I think what religion and politics have in common is that they become part of people's identity, and people can never have a fruitful argument about something that's part of their identity. By definition they're partisan.
...
There is a step beyond thinking of yourself as x but tolerating y: not even to consider yourself an x. The more labels you have for yourself, the dumber they make you.
Graham's post is from 2009 -- here in 2021 discussions about JavaScript also turn into religious wars right away :P.


14. Glossary of Terms
Absorption: Is the process by which one substance is taken into another substance. For example as water is taken up by a sponge.
Active constituent (ac) - see active ingredient.
Active ingredient (ai): That part or proportion of the pesticide which is responsible for the effect on the target pest.
Acute oral LD50: Is the dose administered by mouth (oral) required to kill 50 per cent of the animal under test. Most commonly expressed for male rats but may be done for many species.
Acute toxicity: Effect of pesticide or chemical substance that occurs immediately or directly upon exposure to the substance. Usually refers to one exposure time frame.
Adsorption: Is the process by which one substance adheres to the surface of another substance in a very thin layer.
Biocide: A chemical pesticide that is toxic to a wide range of species.
Biological control: The regulation of plant and animal populations by natural enemies. The term is also applied to the practice of using natural enemies to manage pest populations.
Carcinogenic: Is the ability of a substance to promote cancer.
Carrier: Any substance, may be liquid solid or gas and is usually inert, which is mixed with the active ingredient to assist application. Usually used to reduce concentration to user strength.
Chemical: Most substances in the universe.
Chemical name: Scientific name for the active ingredient in a pesticide
Chronic toxicity: Effects of pesticide or chemical substance that occur as a result of repeated exposure to sub-acute toxicity doses. Long-term health effects associated with repeated exposure.
Compound: A substance composed of two or more chemicals.
Contact pesticide: Is a product which affects the pest when the pest is directly exposed to the product. Contact pesticide is usually skin absorbed.
Dermal toxicity: The toxicity of a chemical associated with skin application and/or absorption.
Desiccant: Is a substance which promotes the loss of water. Some products contain desiccants to improve pesticidial activity.
Diluents: Any substance, liquid, solid or gas used to dilute technical grade active ingredient during product formulation to reduce concentration to user strength.
Dose: The amount of chemical or pesticide active ingredient administered to, or absorbed by the target.
Drift: Pesticide that moves out of the treatment zone or is off target.
Emulsifier: Any substance that allows two liquids to mix (eg oil and water) which would not normally mix. Emulsifiers are used to form emulsifiable concentrate formulations of oil based insecticides which can be mixed with water for application.
Emulsion: Is the result of mixing two liquids which do not normally mix , usually with the assistance of an emulsifier. Emulsions are tiny droplets of one liquid suspended in the other liquid.
Formulation: Is the form of the product, after manufacture, which is purchased for use. Examples of different formulations include wettable powder, dusts and emulsifiable concentrates. Formulation may also refer to the actual process of manufacturing a pesticide.
Frass: The refuse or excrement left by organisms.
Genus: Is a group of closely related species the first name in the scientific name. eg Coptotermes, Nasutitermes and Schedorhinotermes
Inert Ingredient: Is any substance in the pesticide formulation of spray mixture which has no pesticide activity.
Integrated Pest Management: A strategy that utilizes knowledge, action criteria, materials and methods in a co-ordinated program to manage pest populations.
Instar: Is the stage of insects between successive moults. The first instar being the stage between eggs hatching and the first moult.
Larvae: Is the immature stage of an insect between egg and pupal stages associated with complete metamorphosis.
Moult: The process of shedding the exoskeleton. This is also known as ecdysis.
Mutagenic: Is the ability of a substance to produce genetic changes in living cells and organisms
Nymph: Is an immature stage following hatching of an insect that does not have a pupal stage. Associated with incomplete metamorphoses.
Pathogen: A micro-organism that lives and feeds on or in a larger host and thereby injures the host, often resulting in the hosts death.
Pesticide resistance: Genetically selected tolerance or immunity of pest population to pesticides. Often as a result of the populations repeated exposure to sub-lethal doses of a particular pesticide.
Pest management: The manipulation of pest or potential pests populations so as to diminish or render the pest of no concern to the client (ie is below the client�s tolerance level).
pH: Is a measure of acidity or alkalinity.
Pheromone: Is a substance produced by an organism that stimulates one or more behaviours of other organisms of the same species. Pheromone sex attractant are used by many insects to ensure male and female can find a mate.
Phytotoxicity: Is the ability of a product to damage plants.
Predator: An organism that feeds upon other organisms (prey) that are either smaller or weaker than themselves.
Residual pesticides: Are products that remain capable of killing or affecting their target pest which contacts the treated surfaces long after application.
Resistance: Is the ability of an organism to overcome the effect of the pesticide either partially or completely.
Scientific name: Is an internationally recognised name given to organisms. Scientific names are usually bi-normal (ie two parts) made up of the Genus name followed by the species name, eg Coptotermes acinaciformis.
Solution: Is a mixture on one or more substances in another substance.
Species: Is a group of similar organisms with the ability to interbreed and produce fertile offspring.
Sub-species: Is a sub-group of a species sometimes referred to as a race.
Surfactant: Is a substance which reduces the surface tension of droplets, which allows the spray to stick and spread more efficiently. Surfactants are also referred to as wetting agents, spreader and sticker.
Suspension: Is a mixture containing small particles (solid or liquid) which are dispersed in the carrier liquid or gas but which are not dissolved in the carrier.
Synergism: Is the combined effect of two or more active ingredients on the target pest which is greater then the sum of the effects of each active ingredient activity on its own.
Synergist: Is a substance which improves the effectiveness of an active ingredient. Pipernoyl butoxide is a synergist commonly used to increase the effectiveness of natural pyrethroid insecticides.
Technical grade material: Is the pure form of the active ingredient prior to formulation.
Wetting agent - see surfactant


Which of the following are elements of Open Science?
Open Educational Resources
True or False: Patented techniques can be used as Open Methodologies in Open Science?
True or False: Using Linux is sufficient to ensure that the Open Source requirement of Open Science projects is met.
False! Performing analysis from a Linux can contribute to the Open Source requirement, but it alone does not suffice. Every software artifact used within an Open Science project must be Open Source and made available to researchers in order for an Open Science project to be considered Open Source.
A researcher uses Excel to perform an analysis on a private data set. She wishes to publish her findings. Which of the following solutions is consistent with the principles of Open Science?
Get permission from the data source to publish the data under a permissive license.
Publish the XLS workbook in which the analysis was done.
Translate the analysis into a script and release the script under an open source license.
Publish only the results of the analysis with a citation to the private data set.
Publish the data -- with permission -- in the TSV format in its own repository.
Which of the following describes "Green Open Access"?
A repository of self or community hosted articles.
A journal that is funded by study authors.
A journal that is funded by subscriptions.
Which of the following are elements of an Open Peer Review process?
Article authors select the reviewers for their papers.
Reviewers names are made available to authors.
Members of the public are able to review and comment on published articles.
Once the review process is complete, article revisions are prohibited.


{% extends "game-base.html"%} {% block title %}Delete Publisher{% endblock %} {% block page_content%}


The C# ("C sharp") programming language is most commonly used with the .NET framework. Students who are well-versed in C# programming can use it to create client applications, database applications, distributed components, and much more. Students who learn C# programming and combine it with their knowledge of the .NET framework can target larger enterprises, government agencies, and companies serving enterprise and government clients for employment.
- owerful and flexible programming language!
- !
Ruby is a favorite language of developers building interactive web applications. If an app involves users creating accounts, entering information, and interacting with dynamic content, there's a good chance it is built with Ruby. Ruby became popular because the Rails framework, which is written with Ruby, simplified many of the common tasks associated with building web applications. It's most popular with startups and smaller companies who are looking to build their product quickly.
- Time efficient!
- Contains many ready-made plugins and modules!
Java is also a favorite of enterprise companies, but its appeal is broader as well: it's one of the most popular of all programming languages, and it's used in everything from for high-performance processing to building Android user interfaces. Because Java has been very popular for a very long time and is used in so many applications, it is also a very high-demand language. If you're interested in working for an enterprise-level company, as an Android developer, or in high-performance applications, Java could be a good language to learn.
- Easy to use!
- Easy to write, compile, debug!


--- title: Use Your Own Kernel with Amazon EC2 layout: post ---
You can now use the Linux kernel of your choice when you boot up an Amazon EC2 instance.
We have created a set of AKIs (Amazon Kernel Images) which contain the PV-Grub loader. This loader simply chain-boots the kernel provided in the associated AMI (Amazon Machine Image). Net-net, your instance ends up running the kernel in the AMI instead of the kernel specified in the boot process.
HELL YEAH!


A Year of Vélib'
Data
from December 2016 to May 2017
Total bikes at Station
8
72
Availability Ratio
0.0
0.5
1.0
Date:
0:00
Time:
0:00


Add New Student
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THE GREEN MILE
Reviewed by Harvey Karten Warner Bros./ Castle Rock Entertainment Director: Frank Darabont Writer: Frank Darabont, novel by Stephen King Cast: Tom Hanks, David Morse, Bonnie Hunt, Michael Duncan, James Cromwell, Michael Jeter, Graham Greene, Doug Hutchison, Sam Rockwell, Barry Pepper, Jeffrey DeMunn
"The Green Mile" has come out at an opportune time when the Supreme Court is again considering whether capital punishment constitutes cruel and unusual punishment. Motivated by two botched executions in Florida, the court has agreed once again to research whether the legal taking of life squares with the Constitution's Eighth Amendment.
And what an argument the movie presents! Without polemically coming out for or against capital punishment, Frank Darabont's script, based closely on Stephen King's once-serialized set of six novellas, takes on universal meaning while implicitly condemning the legal taking of live by the state. The world is populated with bad people. Always was and always will be. But there are good guys out there to to meliorate--if not cancel out--the evil. This is the overall communication of King's page-turner, a book whose prose is hardly lyrical, whose story is less than original, but which is nonetheless a compelling piece of fiction. Because this concept is graphically dramatized by King, the book makes for a solid choice for a screen adaption and, given the top-notch ensemble acting and effective--if generally conventional--cinematography under Frank Darabont's direction, the three hours slide by effortlessly as the audience takes in the pathos and the humor of a remarkable story.
Given Stephen King's penchant for horror and the supernatural, you'd expect the usual suspects of kiddieland shivers: shaking rooms, characters turning vampiric, ghouls emerging from nooks and crannies: but happily "The Green Mile" treats the transcendental with a light touch, discreetly displaying occult occurrences more as metaphor than materiality. Framing the tale by opening and closing it in the present day--which gives the picture the mood of Steven Spielberg's "Schindler's List"--Darabont opens the drama on the 108-year-old Paul Edgecomb (played at that stage by Dabbs Greer) who chats with his best friend in a nursing home about his experiences during the 1930s when he was just 44 years old. Edgecomb (Tom Hanks), the supervising guard in the Louisiana death house, oversees a handful of prisoners scheduled to die in the Cold Spring Penitentiary electric chair. We get the impression from the current crew who are behind bars that some have been quiet and repentant while others are off-the-wall guilt-free blackguards with no compunctions about what they had done. Edgecomb runs the ward together with Brutus Howell (David Morse), Dean Stanton (Barry Pepper), Harry Terwilliger (Jeffrey DeMunn) and Percy Wetmore (Doug Hutchison), the last being a well-connected sadist who never lets a moment pass by without doing his worst to the prisoners. Life changes dramatically when a huge convict, John Coffey (Michael Clarke Duncan) is brought in, found guilty of brutally raping and murdering two young girls--found by a posse with the victims still bloodied in his arms. Illiterate, retarded, and menacing, Coffey is nonetheless a man of a sweet disposition that belies his alleged crime--a murder which even his lawyer (Gary Sinise) believes he committed. You become aware of Stephen King's hand only when some wondrous events occur, circumstances that convince the guards that this enormous man is a miracle of God. One involves the way John Coffey helps Edgecomb with a particularly gruesome problem--a urinary tract infection that forces him to urinate "razor blades" and puts a damper on his marriage. The other, shown in a remarkably touching scene, is the technique he uses to aid a little mouse who has become the pet of one of the convicts, Eduard Delacroix (Michael Jeter), a Cajun who is despised by guard Percy.
Most of the considerable running time of the picture is spent on the daily routines, the drama coming from the contrast between two evil fellows and the decent people who must deal with them. One convict, known as Wild Bill Wharton (Sam Rockwell) is so off-the-wall heinous that we wonder how he was ever judged competent to stand trial. Similarly Percy Wetmore demonstrates that people on the other side of the bars can be almost as abhorrent, and given the power vested in them by the state are capable of inflicting great damage. By contrast, the other guards are men of conscience who do their best to keep things quiet on the wing by acting diplomatically with the doomed prisoners.
The title of the story comes from the green linoleum that lines the floor of the death chamber, a floor that each condemned man must eventually walk down on the way to "Old Sparky." In what is conceivably authentic historically, when a condemned man is executed, he is not walled off from the dozen or so witnesses but "rides the lightning" just a few feet away from the observers in the first row. We can only speculate as to the reason director Darabont--known for his "Shawshank Redemption" several years back--chose graphically to stage executions thrice, in one case graphically displaying the result of a botched job in which the prisoner was literally burned alive. (Such an event actually occurred not just once in Florida's electric chair, the last causing the Supreme Court to reconsider the justice of the death penalty once again.)
Though many will predictably say that the film could be tightened and cut to two hours, the decency of all but one of the guards, the compelling performance by Michael Duncan as a man able to perform astonishing feats, and the skillful manner by which the men, good and evil are contrasted, provide solid justification for its unusual length. Terence Marsh's production design is adept enough that the movie avoids the closed-in feeling that could have given the indoor scenes the appearance of a photographed play. This picture is, like the cigarette of the old-time commercials, worth walking a mile for.
Rated R. Running Time: 187 minutes. (C) 1999 Harvey Karten
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Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


@import views.html.helpers.phpBlock
@import org.joda.time.DateTime
@(title: String, publishDate: DateTime, tags: List[String])
Introduction
A lot of buzz is going on around Inversion of Control (IoC) patterns these days. IoC patterns separate object
construction from business logic to create testable "seams" in your code (see
Misko Hevery's Unit Testing Talk).
Unfortunately there is not yet a tried and tested methodology for IoC practices. Commonly used methods include
Dependency Injection (DI) and Dependency Injection Container (DIC) / Service Locator (SL). This post summarizes
some of the good an bad points for each method and proposes a way to use a class specific DIC to resolve some
of the problems with generic DIC.
Using Dependency Injection (DI)
The standard way to do DI is to pass your dependencies into your class with either constructor arguments or setter
methods. An external agent (the injector) is responsible for constructing the required objects and giving them to
your object.
A good practice is to use constructor arguments for required dependencies and setters for optional dependencies.
The Good
-
Dependencies are explicit. This means programmers do not have to guess which dependencies
are available in the class. Your IDE also knows which dependencies are available and can provide auto-complete.
The Bad
-
DI does not allow lazy loading of services. Some classes might require a dependency for only
one method. Using DI means that all the dependencies must be instantiated and injected into your object,
even if some are never used. A good example of this is a Controller object that requires a
MailService
object for just one action.
-
Classes with many dependencies have long constructors. Keeping track of the argument order
becomes a nightmare when you have more than a few arguments.
-
Setters expose internal behavior. If you need to call a setter after creating an object
for it to work properly, you are creating a leaky implementation - users of your object need to know how
the object works to keep from breaking it. This creates a temporal coupling between the implementation and
the consumer.
Dependency Injection Container (DIC)
The Good
-
Dependencies can be loaded on demand. DIC containers can instantiate a dependency
(and all sub-dependencies) the first time a consumer asks for it. This is a major benefit of using a DIC
over DI.
The Bad
-
Dependencies are hidden. Instead of your class depending on multiple other objects,
it now depends on just the container object. This is bad in two ways: 1) programmers do not know
dependencies except by looking at implementation, and 2) the IDE does not know dependencies and cannot
provide auto-complete.
-
Class implementation must be aware of DIC. In order to take advantage of lazy loading
of dependencies, the class must use the DIC internally to load services in the container. This might not
be such a bad thing if you consider the DIC as a Service Loading Service, then just use it like any other
service in your code.
Using Class Specific Dependency Injection Container (DIC) to Make Dependencies Explicit
Here propose a solution that to create a class specific DIC container when a DIC container is needed (such as
when you want lazy loading for dependencies). The basic idea is to create a class specific DIC and inject it
via the constructor. Any dependencies that do not require lazy loading should be injected into the constructor
directly, all others should be managed by the DIC container.
For simplicity purposes, you could create your DIC as proxies to a application global DIC container so you can
have one configuration for your whole application.
The following code demonstrates how to set it up. It is an example written in PHP using the Symfony2 Dependency
Injection Components.
Example Data Importer with Complex Dependencies
@phpBlock(
"""
class Importer
{
private $serviceContainer;
private $samples;
/**
* @param ImporterServiceContainer $serviceContainer
*/
public function __construct($serviceContainer) {
$this->serviceContainer = $serviceContainer;
$this->samples = array();
}
/**
* Imports an data from an experiment file, skipping data not allowed by filter.
*
* @param Filter $filter Filter for importing only desired data
* @param string $filePath Experiment file to import
*/
public function import($filter, $filePath) {
// Process each combined row and build up samples
$experimentFile = new ExperimentFile($filePath);
$combinedRows = $experimentFile->getCombinedRows();
foreach ($combinedRows as $combinedRow) {
// Skip combined row if it doesn't pass filter criteria
if ( ! $filter->isAllowed($combinedRows)) {
continue;
}
// Get citation data
$pubmedId = $combinedRow->getPubmedId();
$citationService = $this->serviceContainer->getCitationService();
$citation = $strainService->findByPubmedId($pubmedId);
// Get set strain data
$strainName = $combinedRow->getStrainName();
$strainService = $this->serviceContainer->getStrainService();
$strain = $strainService->findByStrainName($strainName);
// Build up a new sample
$sample = new Sample();
// Complex process for creating an new Sample object omitted for brevity
// ...
$sampleService = $this->serviceContainer->getSampleService();
$sampleService->save($sample);
// Store new sample
$this->samples[] = $sample;
}
}
}
"""
)
Service Container Proxy
@phpBlock(
"""
use Symfony\Component\DependencyInjection\ContainerInterface;
class ImporterServiceContainer
{
/**
* @param ContainerInterface $container Service container to proxy
*/
public function __construct($container) {
$this->container = $container;
}
/**
* @return CitationService
*/
public function getCitationService() {
return $this->container->get('citation_service');
}
/**
* @return GeneService
*/
public function getGeneService() {
return $this->container->get('gene_service');
}
/**
* @return SampleService
*/
public function getSampleService() {
return $this->container->get('sample_service');
}
}
"""
)
Explanation of Code
We have a class that depends on many services, but we don't want to inject all dependencies into the constructor
since there are cases where services may never need to be initialized (for example, if the filter skips all
rows in the imported file).
To handle these cases, we need to inject a DIC to resolve these dependencies only when needed. Typically,
injecting a global DIC would hide the dependencies our class needs, so we have created a class specific DIC to
make these dependencies more explicit. In this case it is a proxy to a global ContainerInterface object, but you
could also have made ImporterServiceContainer
implement ContainerInterface
directly.
Conclusions
A DIC is a powerful way to handle object dependency constructions, but can hide dependencies and couple your
classes to DI frameworks. If you do not need the functionality DICs provide (such as lazy loading services),
it is better to keep your objects separate from DI framework code with constructor or setter injection points.
When you need more dynamic construction, your should create a custom DIC that exposes only the services
required by your class instead of using a generic one


Nov 25 . 3 min read *
Nov 25 . 3 min read *
One of my greatest talents has always been coming up with an excuse for putting off something I didn’t want to do.
Skipped the gym? Eh, I’ll just make up for it tomorrow.
Hit the snooze button? Well, I needed the rest.
Brushed off a task on my to-do list? It wasn’t that important.
Procrastination is always an inner battle. But losing it has greater consequences than a missed workout or a blown deadline every now and then.
Six years ago, I tried to pursue my dream of becoming an entrepreneur: I did some freelance writing, built websites, and took on some content marketing and design projects. But, despite all the time I put in, I wasn’t seeing the results I wanted. Why? Because I couldn’t get myself to do the uncomfortable work — the difficult, tedious, and unsatisfying tasks that come with actually building a business. I kept looking for relief from those tasks, often scrolling through the news or going out (yet again) for a coffee break.
 Right now, I’m writing a book. Writing is hard. I keep fighting the urge to put off the work. But I’m moving along and getting it done. The only difference between my life six years ago and my life today is that I now have a system.
Here’s what I mean. To be truly productive, you can’t rely on hacks or apps or new technologies. Trust me. I’ve tried.  My system looks like this:
I exercise my mental toughness every day. I used to neglect my brain. I didn’t trust my instincts and would spend my time overthinking. So I started reading about Stoicism, Pragmatism and mindfulness, which helped me to control my thoughts and improve my mental toughness.
I exercise my body every day. When I don’t exercise, I lack focus, confidence, and energy. So I now do daily workouts. Overcoming procrastination starts before you fight the inner battle. Soldiers don’t go to war untrained, right?
I have a set of daily habits. I journal, read, set daily priorities, and don’t consume useless information. I also make sure I interact with my friends and family every day. Human contact is important. All of these things keep me grounded and help me actually enjoy my days.
I carry a list of small, but important, tasks that I must complete. I often think about all the logistical things that come with writing a book besides the actual writing. I do everything I can to get out of adding new words and new pages to my book draft. So I break the big task of writing into more manageable pieces, giving myself small daily writing assignments to complete. It’s about doing the big things first.
As you may have noticed, not all of these things are related to the work directly. That’s okay. My system gets me in the right headspace to get the work done. It makes me a more disciplined person, so when I sit down to write, I can power through all my distracting thoughts and actually write.
You will always want to procrastinate. But if you have a system, you can be productive in spite of that. Work on creating one today — not tomorrow.


Walker Art Center
The Walker Art Center is a contemporary art center in Minneapolis, Minnesota, United States. The Walker is considered one of the nation's "big five" museums for modern art along with the Museum of Modern Art, the San Francisco Museum of Modern Art, the Guggenheim Museum and the Hirshhorn. It was founded in 1879 by lumberman Thomas Barlow Walker and which he formally established at its current location in 1927 as the first public art gallery in the Upper Midwest. Directly across from the museum are the Minneapolis Sculpture Garden, which opened in 1988; and the Cowles Conservatory. The Walker Art Center underwent a renovation and expanded the museum in April 2005.
The Visual Arts program is a mix of contemporary, historical, group, monographic, thematic, and media-specific shows. Certain artists have had their first major museum exposure in Walker exhibitions, among them Joseph Cornell, Frank Gehry, Julie Mehretu, Mario Merz, and Kara Walker. In 1995, the museum displayed the YBA showcase Brilliant!.
Exhibitions
This major international exhibition explores how graphic design has broadened its reach dramatically over the past decade, expanding from a specialized profession to a widely deployed tool. With the rise of user-generated content and new creative software, along with innovations in publishing and distribution systems, people outside the field are mobilizing the techniques and processes of design to create and publish visual media. At the same time, designers are becoming producers: authors, publishers, instigators, and entrepreneurs employing their creative skills as makers of content and shapers of experiences.
The Walker presents the latest phase and first US exhibition of Baby Marx, an ongoing project by Mexican artist Pedro Reyes that looks at the potential for mass entertainment to operate as a radical educational tool. An architect by training, Reyes works across platforms and disciplines-including design, installation, and video-to explore sites and scenarios of collective interaction. Originally conceived for television, Baby Marx is set in a small town library where a group of precocious children have brought Karl Marx and Adam Smith back to life by zapping their influential books in a glitch-prone "Smart-O-Wave" microwave oven. The founders of communism and the free market confront each other and their legacies, haunted by the twin specters of Joseph Stalin and Bernie Madoff, as well as the latest global economic crisis.
About the Walker
Hours
- Tuesday-Sunday, 11 am-5 pm
- Open late Thursday, 11 am-9 pm
- Closed Mondays and major holidays: New Year's Day, Martin Luther King, Jr., President's Day, Memorial Day, Independence Day, Labor Day, Thanksgiving, and Christmas Day
Directions
Address
Walker Art Center, 1750 Hennepin Ave., Minneapolis, Minnesota 55403
Directions
The Walker is located in Minneapolis at 1750 Hennepin Avenue, where Lyndale and Hennepin avenues merge.
If heading east on I-94, take 231A and go south on Hennepin/Lyndale. If heading west on I-94, take Exit 231B and go north on Lyndale/Hennepin. If heading east on I-394, take Exit 8A and go south on Lyndale/Hennepin.
Transit
The Walker is served by Metro Transit bus lines 4, 6, 12, and 25.


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About Influencers
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Requirement
Epic vision:
We want to sell tickets for business trips
We want to sell tickets for business trips
Requirements database:
Functional arch
banking
details
details
terms of services
options
customer details
ticketing
contract
contract
event
request
request
event details
ticket types
payee
interaction
interaction
booking
Payment
Ticket sales
Contract management
Contract management
X
Contract baseline
Event administration
Options handling
- feature1
- feature2
- feature3
- feature4
Acquisition
Legal
Merchandising
CRM
Technical arch
Top layer
Payment
- paymentinfo
+ getBankingDetails()
+ getPayeeInt(contract)
+ getBooking(sales)
+ processBooking()
Sales
- salesinfo
+ getTicketType(contract)
Payment Module
Sales Module
Central layer
Contract
- payeeinteraction
- tickettype
- contracteventdetails
- contractoptions
+ getEvent(event)
+ getTOS(legal)
+ getOptions(merchandise)
Merchandise
- options
+ getContractOptions(contract)
Event
- eventname
- eventtype
+ getEventRequest()
+ getTicketingContract()
+ getContractEventDetails(contract)
+ getCustomerDetails()
+ getContractOptions(contract)
Contract Module
Merchandising Module
Acquisition Module
Legal and externals
Legal
- termsofservicess
CRM
Legal Module
CRMInterface
Implementation
Configurator
Binding
Source code
User manual
Test script


WEBSITE UNDER CONSTRUCTION
A KICKASS LIBRARY
USED TO MANAGE POPPERS IN WEB APPLICATIONS
NOW MUCH MORE POWERFUL


The script in the adhoc SQL window of the right pane cleans up all the database objects created in this tutorial. The database objects droped by the script are :


Honzi
/
Bookmarks
/
Music
/Paper Mario
Angry Bowser
Approach to the Mansion
Boo Mansion
Chomp Attack
City in the Stars
Clouds over Flower Fields
Cold Reception in Shiver City
Crystal Palace Crawl
Dry Dry Desert
Dry Dry Outpost
Dry Dry Ruins
Forever Forest
Ghost Gulping
Gusty Gulch Adventure
Hang in There Peach
Huffin and Puffin
Jade Jungle
Keeping Pace
March Ahead
Mt. Rugged
Over Shiver Mountain
Raphael the Raven
Shooting Star Summit
Shy Guy Riot
Shy Guy Toy
Siege on Bowser's Castle
Snow Road
Star Spirit's Request
The Castle Crumbles
Toad Town Compilation
Toad Town Tunnels
Twink
Welcome to Yoshi Village
Wish of the Princess


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layout: default
stylesheet: index.css
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What's New?
What We Do
Throughout the year, UAARG designs and develops autonomous aircraft for student competitions, where we perform a full flight demonstration of our aircraft. We attend the following competitions each year:
USC:  Unmanned Systems Canada
AUVSI:  Association of Unmanned Vehicle Systems International
UAARG also has a blog where we document our competitions and work:
Check out our BlogAt UAARG, your ideas drive our innovation. After all what is a club without people?
Expect your ideas to come to life as you put in meaningful work that has many applications in today's industry. From software, hardware, R & D and business, there are many places at UAARG where you can fit in!
Currently, we are working on a hybrid plane design which combines the functionality of a quadcopter and a fixed wing plane.
This allows for vertical takeoff and landing along with long flight times.
A special thank you goes out to all of our wonderful sponsors for making this club a reality!
{% include sponsors.html %}Check out the link below if you're interested in sponsoring us!
Sponsor Us!


Special Review Committee visits Goalpara detention camp
A Correspondent
Goalpara: A high-level committee of judiciary and police department, recently formed by the Assam government, has visited on Thursday and Friday the Goalpara detention camp inside the district jail. The constituted Special Review Committee (SRC) took stock of the conditions prevailing inside the Goalpara detention centre where 202 declared foreigners are lodged. The SRC is headed by Deputy Inspector General (Border) Debojyoti Mukherjee and its other members are Inspector General of Prisons Barnali Sharma and retired district and session Judge Hardeep Singh and a representative nominated by the deputy commissioners concerned of the six districts where the detention centres are set.
The committee has already visited Tezpur and Kokrajhar and is scheduled to visit the other three detention centres of Silchar, Dibrugarh, Jorhat and review the legal aid and health status of each detainee. It will also provide recommendation for improvement, if needed, and review the quality of food, hygiene and living conditions in the detention centres. The committee will also check the education system for the children staying in the centres and provide suggestions for improvements. The SRC will conduct the review urgently and submit its consolidated report within three months. Significantly, on two occasions, the family members of the detainees refused to receive the dead bodies of their relatives who had died inside the detention camps creating a nationwide attention.
Also Read: Assam Government releases seven persons from detention camps; follows SC guidelines
Also Watch: Govt all set to push for the contentious Citizenship Bill in the winter session of Parliament


ARIA Roles Parsing
This div element has role=MAIN.
First part of contents.
Second part of contents.
Some text here...
This is a heading level 1
This is a MAIN element (uppercase)


Talented and accomplished DevOps Engineer with two years of experience seeking a technically challenging position in the area of Devops, which allows me to pursuit career advancement by expanding my knowledge and skills and to propel an organization’s success.
1.Technically sophisticated professional with 2 years of experience in the areas of DevOps and Cloud technologies.
2. Experience with Jenkins as Continuous Integration and Continuous Deployment Tool.
3. Good experience in building Dev, Testing and Production Pipelines with Static code analysis tools - SonarQube, Checkmarx, Package verification tool - White source.
4. Automated various tasks like automated Testing report mails, Build analysis mails, Jira stats and reports etc to team.
5. Experience in working with AWS cloud services.
I am working with CI-CD and monitoring Setup for APTIV.
- CGPA - 6.95
- Diploma 84%
- SSC Grade - 8.0
The project development is completely inclined towards building Machine Learning Api’s for BICA application using python django. Its a web application which is used for in-house Dash-boarding needs for management. I am the sole team member maintaining DevOps part of the project.
1.Build CI - CD Pipelines.
2.Automated report generation. Incorporated automation testing.
3.got various honour awards from manager.
This project is for management to predict and analyse system as well infrastructure failures. I worked along with the team to support then with DevOps and basic testing.
complete CI - CD pipelines.
static code analysis and package management tools.
worked with ansible for config management and docker for containerisation.


Registered Airmail / 7-20 working days $0.00Registered Airmail / 7-20 working
days $0.00Registered Airmail / 7-20 working days $0.00Registered Airmail / 7-20 working days
$0.00Registered Airmail / 7-20 working days $0.00Registered Airmail / 7-20 working days
$0.00Registered Airmail / 7-20 working days $0.00Registered Airmail


It isn't just an organization it's a complete platform that takes you from working on projects to becoming the CFO of the company.