|
AssetTrackerRK
|
Container to hold the data values. More...
#include <TinyGPS++.h>
Public Member Functions | |
| TinyGPSLocation | getLocation () const |
| Get the location (latitude and longitude) | |
| TinyGPSDate | getDate () const |
| Get the date (year, month, day of month) | |
| TinyGPSTime | getTime () const |
| Get the time (hour, minute, second, centisecond) | |
| TinyGPSSpeed | getSpeed () const |
| Get the speed. | |
| TinyGPSCourse | getCourse () const |
| Get the course. | |
| TinyGPSAltitude | getAltitude () const |
| Get the altitude. | |
| TinyGPSAltitude | getGeoidSeparation () const |
| Get the Geo ID separation. More... | |
| TinyGPSInteger | getSatellites () const |
| Get the number of satellites. | |
| TinyGPSDecimal | getHDOP () const |
| Get the HDOP. More... | |
| void | copyDataTo (TinyGPSData &other) const |
| Copy the data in this object to another object, atomically. More... | |
Data Fields | |
| TinyGPSLocation | location |
| Location (latitude and longitude) More... | |
| TinyGPSDate | date |
| Get the date (year, month, day of month) More... | |
| TinyGPSTime | time |
| Get the time (hour, minute, second, centisecond) More... | |
| TinyGPSSpeed | speed |
| Get the speed. More... | |
| TinyGPSCourse | course |
| Get the course (direction of travel) More... | |
| TinyGPSAltitude | altitude |
| While this field is public, you should instead use getAltitude(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public. | |
| TinyGPSAltitude | geoidSeparation |
| Get the Geo ID separation. More... | |
| TinyGPSInteger | satellites |
| Get the number of satellites. More... | |
| TinyGPSDecimal | hdop |
| Get the HDOP. More... | |
Container to hold the data values.
The TinyGPSPlus object has this as a public superclass so you can still access the location field, for example. However, it also means you can copy all of the values to a local variable if you want to.
Also, it's used internally so a temporary copy can be updated while parsing the GPS data. If the checksum is valid, then the data will be copied into the TinyGPSPlus superclass TinyGPSData. This is necessary to avoid reading half-written values or blocking for long periods of time when supporting multi-threaded mode.
For best thread safety, you should avoid using fields like location directly and instead should use methods like getLocation() to make a copy of the location data. This will assure that your data is valid and does not change while you are reading it.
|
inline |
Copy the data in this object to another object, atomically.
This is different than operator= because it uses a SINGLE_THREADED_BLOCK.
|
inline |
Get the Geo ID separation.
Geoid separation is difference between ellipsoid and mean sea level (in meters)
|
inline |
Get the HDOP.
HDOP: Acronym for horizontal dilution of precision. A measure of the geometric quality of a GPS satellite configuration in the sky. HDOP is a factor in determining the relative accuracy of a horizontal position. The smaller the DOP number, the better the geometry.
| TinyGPSCourse TinyGPSData::course |
Get the course (direction of travel)
While this field is public, you should instead use getCourse(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSDate TinyGPSData::date |
Get the date (year, month, day of month)
While this field is public, you should instead use getDate(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSAltitude TinyGPSData::geoidSeparation |
Get the Geo ID separation.
While this field is public, you should instead use getGeoidSeparation(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSDecimal TinyGPSData::hdop |
Get the HDOP.
While this field is public, you should instead use getHDOP(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSLocation TinyGPSData::location |
Location (latitude and longitude)
While this field is public, you should instead use getLocation(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSInteger TinyGPSData::satellites |
Get the number of satellites.
While this field is public, you should instead use getSatellites(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSSpeed TinyGPSData::speed |
Get the speed.
While this field is public, you should instead use getSpeed(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.
| TinyGPSTime TinyGPSData::time |
Get the time (hour, minute, second, centisecond)
While this field is public, you should instead use getTime(). In multi-threaded mode, accessing this field directly is not safe, but for backward compatibility this field remains public.


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Excite creators with your latest project through an amazing demo.
Share the skills you use to build your projects.
Talks by inspirational creators on the projects they built.
Trips to museums, makerspaces, and hackathons to meet like-minded creators.
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Class: Aws::ECS::Types::StartTaskRequest
| 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-ecs/lib/aws-sdk-ecs/types.rb |
Overview
Constant Summary
Instance Attribute Summary
-
#cluster ⇒ String
rw
The short name or full Amazon Resource Name (ARN) of the cluster where to start your task.
-
#container_instances ⇒ Array<String>
rw
The container instance IDs or full
::Aws::ARN
entries for the container instances where you would like to place your task. -
#enable_ecs_managed_tags ⇒ Boolean
rw
Specifies whether to use Amazon ECS managed tags for the task.
-
#enable_execute_command ⇒ Boolean
rw
Whether or not the execute command functionality is turned on for the task.
-
#group ⇒ String
rw
The name of the task group to associate with the task.
-
#network_configuration ⇒ Types::NetworkConfiguration
rw
The VPC subnet and security group configuration for tasks that receive their own elastic network interface by using the
awsvpc
networking mode. -
#overrides ⇒ Types::TaskOverride
rw
A list of container overrides in JSON format that specify the name of a container in the specified task definition and the overrides it receives.
-
#propagate_tags ⇒ String
rw
Specifies whether to propagate the tags from the task definition or the service to the task.
-
#reference_id ⇒ String
rw
The reference ID to use for the task.
-
#started_by ⇒ String
rw
An optional tag specified when a task is started.
-
#tags ⇒ Array<Types::Tag>
rw
The metadata that you apply to the task to help you categorize and organize them.
-
#task_definition ⇒ String
rw
The
family
andrevision
(family:revision
) or full::Aws::ARN
of the task definition to start.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#cluster ⇒ String
(rw)
The short name or full Amazon Resource Name (ARN) of the cluster where to start your task. If you do not specify a cluster, the default cluster is assumed.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#container_instances ⇒ Array
<String
> (rw)
The container instance IDs or full ::Aws::ARN
entries for the container
instances where you would like to place your task. You can specify
up to 10 container instances.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#enable_ecs_managed_tags ⇒ Boolean
(rw)
Specifies whether to use Amazon ECS managed tags for the task. For
more information, see Tagging Your Amazon ::Aws::ECS
Resources in the
Amazon Elastic Container Service
Developer Guide.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#enable_execute_command ⇒ Boolean
(rw)
Whether or not the execute command functionality is turned on for
the task. If true
, this turns on the execute command functionality
on all containers in the task.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#group ⇒ String
(rw)
The name of the task group to associate with the task. The default value is the family name of the task definition (for example, family:my-family-name).
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#network_configuration ⇒ Types::NetworkConfiguration (rw)
The VPC subnet and security group configuration for tasks that
receive their own elastic network interface by using the awsvpc
networking mode.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#overrides ⇒ Types::TaskOverride (rw)
A list of container overrides in JSON format that specify the name
of a container in the specified task definition and the overrides it
receives. You can override the default command for a container
(that's specified in the task definition or Docker image) with a
command
override. You can also override existing environment
variables (that are specified in the task definition or Docker
image) on a container or add new environment variables to it with an
environment
override.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#propagate_tags ⇒ String
(rw)
Specifies whether to propagate the tags from the task definition or the service to the task. If no value is specified, the tags aren't propagated.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#reference_id ⇒ String
(rw)
The reference ID to use for the task.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#started_by ⇒ String
(rw)
An optional tag specified when a task is started. For example, if
you automatically trigger a task to run a batch process job, you
could apply a unique identifier for that job to your task with the
startedBy
parameter. You can then identify which tasks belong to
that job by filtering the results of a ListTasks call with the
startedBy
value. Up to 36 letters (uppercase and lowercase),
numbers, hyphens (-), and underscores (_) are allowed.
If a task is started by an Amazon ECS service, the startedBy
parameter contains the deployment ID of the service that starts it.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#tags ⇒ Array
<Types::Tag> (rw)
The metadata that you apply to the task to help you categorize and organize them. Each tag consists of a key and an optional value, both of which you define.
The following basic restrictions apply to tags:
Maximum number of tags per resource - 50
For each resource, each tag key must be unique, and each tag key can have only one value.
Maximum key length - 128 Unicode characters in UTF-8
Maximum value length - 256 Unicode characters in UTF-8
If your tagging schema is used across multiple services and resources, remember that other services may have restrictions on allowed characters. Generally allowed characters are: letters, numbers, and spaces representable in UTF-8, and the following characters: + - = . _ : / @.
Tag
keys and values are case-sensitive.Do not use
aws:
,AWS:
, or any upper or lowercase combination of such as a prefix for either keys or values as it is reserved for Amazon Web Services use. You cannot edit or delete tag keys or values with this prefix. Tags with this prefix do not count against your tags per resource limit.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end
#task_definition ⇒ String
(rw)
The family
and revision
(family:revision
) or full ::Aws::ARN
of the
task definition to start. If a revision
isn't specified, the
latest ACTIVE
revision is used.
# File 'gems/aws-sdk-ecs/lib/aws-sdk-ecs/types.rb', line 9296
class StartTaskRequest < Struct.new( :cluster, :container_instances, :, :enable_execute_command, :group, :network_configuration, :overrides, :, :reference_id, :started_by, :, :task_definition) SENSITIVE = [] include Aws::Structure end


NIF Objects | Compound Types | Enum Types | Basic Types | File Versions
| Number | Name | Description |
|---|---|---|
| 0x00000001 | SF_Specular | Enables Specularity |
| 0x00000002 | SF_Skinned | Required For Skinned Meshes |
| 0x00000004 | SF_LowDetail | Lowddetail (seems to use standard diff/norm/spec shader) |
| 0x00000008 | SF_Vertex_Alpha | Vertex Alpha |
| 0x00000010 | SF_Unknown_1 | Unknown |
| 0x00000020 | SF_Single_Pass | Single Pass |
| 0x00000040 | SF_Empty | Unknown |
| 0x00000080 | SF_Environment_Mapping | Environment mapping (uses Envmap Scale) |
| 0x00000100 | SF_Alpha_Texture | Alpha Texture Requires NiAlphaProperty to Enable |
| 0x00000200 | SF_Unknown_2 | Unknown |
| 0x00000400 | SF_FaceGen | FaceGen |
| 0x00000800 | SF_Parallax_Shader_Index_15 | Parallax |
| 0x00001000 | SF_Unknown_3 | Unknown/Crash |
| 0x00002000 | SF_Non_Projective_Shadows | Non-Projective Shadows |
| 0x00004000 | SF_Unknown_4 | Unknown/Crash |
| 0x00008000 | SF_Refraction | Refraction (switches on refraction power) |
| 0x00010000 | SF_Fire_Refraction | Fire Refraction (switches on refraction power/period) |
| 0x00020000 | SF_Eye_Environment_Mapping | Eye Environment Mapping (does not use envmap light fade or envmap scale) |
| 0x00040000 | SF_Hair | Hair |
| 0x00080000 | SF_Dynamic_Alpha | Dynamic Alpha |
| 0x00100000 | SF_Localmap_Hide_Secret | Localmap Hide Secret |
| 0x00200000 | SF_Window_Environment_Mapping | Window Environment Mapping |
| 0x00400000 | SF_Tree_Billboard | Tree Billboard |
| 0x00800000 | SF_Shadow_Frustum | Shadow Frustum |
| 0x01000000 | SF_Multiple_Textures | Multiple Textures (base diff/norm become null) |
| 0x02000000 | SF_Remappable_Textures | usually seen w/texture animation |
| 0x04000000 | SF_Decal_Single_Pass | Decal |
| 0x08000000 | SF_Dynamic_Decal_Single_Pass | Dynamic Decal |
| 0x10000000 | SF_Parallax_Occulsion | Parallax Occlusion |
| 0x20000000 | SF_External_Emittance | External Emittance |
| 0x40000000 | SF_Shadow_Map | Shadow Map |
| 0x80000000 | SF_ZBuffer_Test | ZBuffer Test (1=on) |


Class Ui
Parent level control that gets input directly from Monogame, and outputs on the screen.
Inherited Members
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.ToString()
Namespace: UiUiUi
Assembly: uiuiui.dll
Syntax
public class Ui : Control
Constructors
| Improve this Doc View SourceUi()
Default constructor
Declaration
public Ui()
Methods
| Improve this Doc View SourceDraw(GraphicsDevice, RenderTarget2D, Int32, Int32)
Draw these controls to the graphic device.
Declaration
public override void Draw(GraphicsDevice device, RenderTarget2D parentsRenderTarget = null, int controlOffsetX = 0, int controlOffsetY = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| GraphicsDevice | device | Device to use |
| RenderTarget2D | parentsRenderTarget | Render target to render to. |
| System.Int32 | controlOffsetX | The horizontal offset of where to draw. |
| System.Int32 | controlOffsetY | The vertical offset of where to draw. |
Overrides
| Improve this Doc View SourceLoadLayoutFromFile(String, Object)
Create child controls from a given layout XML file.
Declaration
public void LoadLayoutFromFile(string filename, object codeBehindObject)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | filename | Th path to a layout XML file. |
| System.Object | codeBehindObject | The object that code on this Ui referes to. Any event functions are defined in this object. |
LoadSprites(ContentManager)
Load the sprites, including the cursor, from the given content manager.
Declaration
public override void LoadSprites(ContentManager content)
Parameters
| Type | Name | Description |
|---|---|---|
| ContentManager | content | Content manager to load from. |
Overrides
| Improve this Doc View SourceProcessMouse(MouseState)
Process the mouse.
Declaration
public override bool ProcessMouse(MouseState state)
Parameters
| Type | Name | Description |
|---|---|---|
| MouseState | state | The current MouseState. |
Returns
| Type | Description |
|---|---|
| System.Boolean | True |


Next you may change the cursor shape. Use b for both dots7 and 8. For only dot7, press 7. Press 8 for only dot8. For an 8 dotcell, press w. 6 is for a six dotcell.


Terrorism related deaths decrease by 15% in 2018, Taliban becomes deadliest terror group: Report
The report says that 71 countries suffered at least one terrorism-related death in 2018, the second-highest number since the beginning of the century.
The 2019 Global Terrorism Index Report is out according to which terrorism-related deaths have fallen for the fourth consecutive year after peaking in 2014.
The number of deaths have decreased by 52 per cent in four years, while the total number of deaths have decreased by 15 per-cent in 2018.
About 98 countries have shown improvement this year, making it the highest number of countries to record a year-on-year improvement since 2004.
The global economic impact of terrorism has also decreased by 38 per cent in 2018.
Deaths in Europe have fallen by 70 per cent, with Western Europe recording its lowest number of incidents since 2012.
While this data represents constructive progress, the report also signals towards some alarming facts.
The report says that 71 countries suffered at least one terrorism-related death in 2018, the second-highest number since the beginning of the century.
South Asia has had the highest impact from terrorism since 2002.
The number of deaths by far-right terrorism has increased by 52 per cent in 2018 and the trends continuing this year.
According to the report, the attacks by the Taliban were deadlier than those committed by any other group in 2018. Due to which, Taliban overtook ISII or Islamic state of Iraq and the levant to become the deadliest terrorist group in the world.
It is worth noting, the Taliban is responsible for most terror-related deaths in Afghanistan and hence, it has overtaken Iraq to become the worst affected in 2018.
Iraq had held the position since 2004, but it has shown the most improvement this year.
The third most affected country is Nigeria followed by Syria, Pakistan and Somalia.
India has been ranked 7th in the countries suffering the most deaths from terrorism in 2018.
Yemen, Philippines and the Democratic Republic of the Congo are also among the top 10 worst-hit nations.
India is ranked third in the countries with the greatest number of terrorist attacks with nearly 748 recorded terrorist attacks in the country.
On the other hand, India recorded a slight improvement in the number of terrorist attacks in the country, while also recording a slight decrease in the number of deaths.
Meanwhile, Britain has been named the worst affected country among the European Nations.
North Korea, The Gambia, Oman, Guinea-Bissau and Belarus are among the least-affected nations, according to the index.
The annual Global Terrorism Index, now in its seventh year, is developed by the Institute for Economics and Peace and provides the most comprehensive resource on global terrorist trends.


|
Mister Spex
1.0
The project Mister Spex is a funny tool to capture images and display them with overlays such as glasses or big red lips over the normal human face. All images can be saved or recorded. Within this software you have three different mode to get the images (LiveView via webcam, Static image and a playback of a recorded video).
|
Playback class which creates a thread to play a video. More...
#include <PlaybackThread.h>
Signals | |
| void | nextFrame (const QPixmap &frame) |
| Signal: Next frame. More... | |
Public Member Functions | |
| PlaybackThread (QString filename) | |
| Thread constructor class. More... | |
| void | stop () |
| Set stop flag for thread worker. | |
| bool | loadPlayback () |
| Function to load video file to VideoCapture. | |
Protected Member Functions | |
| void | run () |
| Thread function which runs till doStop is set to true. More... | |
Private Slots | |
| void | updateImageProcessingFlags (struct ImageProcessingFlags) |
| Private slot to update the ImageProcessingFlags. More... | |
| void | updateImageProcessingSettings (struct ImageProcessingSettings) |
| Private slot to update the ImageProcessingSettings. More... | |
| void | updateDetState (bool) |
| Private slot to update the detection state. More... | |
Private Attributes | |
| FaceDetection * | faceDetection |
| FaceDetection. More... | |
| QMutex | doStopMutex |
| QMutex. More... | |
| QMutex | processingMutex |
| QMutex. More... | |
| volatile bool | doStop |
| Bool. More... | |
| VideoCapture | cap |
| VideoCapture. More... | |
| Mat | grabbedFrame |
| Mat. More... | |
| QPixmap | frame |
| QPixmap. More... | |
| QString | fn |
| QString. More... | |
| int | fps |
| Integer. More... | |
| int | frames |
| Integer. More... | |
| int | counter |
| Integer. More... | |
| bool | detectionState |
| Boolean. More... | |
| struct ImageProcessingFlags | imgProcFlags |
| ImageProcessingFlags struct. More... | |
| struct ImageProcessingSettings | imgProcSettings |
| ImageProcessingSettings struct. More... | |
Playback class which creates a thread to play a video.
Thread creating class to playback a video from file.
| PlaybackThread::PlaybackThread | ( | QString | filename) |
Thread constructor class.
| filename | a QString argument which contains the video filename. |
|
signal |
Signal: Next frame.
This signale emits the next frame to the main window to display it.
| frame | a QPixmap image. |
|
protected |
Thread function which runs till doStop is set to true.
To function is the worker of the thread. It does all the calls to detection functions and emits new images.
|
privateslot |
Private slot to update the detection state.
| flag | a bool value. |
|
privateslot |
Private slot to update the ImageProcessingFlags.
| imgProcFlags | a ImageProcessingFlags struct. |
|
privateslot |
Private slot to update the ImageProcessingSettings.
| imgProcSettings | a ImageProcessingSettings struct. |
|
private |
VideoCapture.
VideoCapture reads in the images from the given file.
|
private |
Integer.
Integer counter value.
|
private |
Boolean.
Boolean value to make detection or not.
|
private |
Bool.
Boolean value to stop the thread.
|
private |
QMutex.
Mutex to stop the thread.
|
private |
Pointer to instance of FaceDetection class.
|
private |
QString.
Filename of the video file.
|
private |
Integer.
Integer value which contains the framerate.
|
private |
QPixmap.
Converted image in QPixmap format which will be emitted to main window to display
|
private |
Integer.
Integer value which contains the number of grabbed frames.
|
private |
Mat.
Grabbed frame from the video file.
|
private |
ImageProcessingFlags struct.
Structure which contains information about the flags.
|
private |
ImageProcessingSettings struct.
Structure which contains information about the settings.
|
private |
QMutex.
Mutex which is set while processing the image.


Version 2.11.2, January 21st, 2008
Copyright (c) 2003-2008 Andreas Jönsson
The AngelScript library is a software library for easy integration of external scripting to applications, with built-in compiler and virtual machine. The scripting language is easily extendable to incorporate application specific datatypes and functions. It is designed with C++ in mind, as such it shares many features with C++, for example syntax and data types.
The library is meant to be platform independent, but due to lack of development environments the author is unable to verify this fact.
This library is released as free software using the zlib license, whose terms can be read in the source code, or on the AngelScript site.
The original software, as well as more information about AngelScript, is available from: www.angelcode.com/angelscript.
Andreas Jönsson
andreas@angelcode.com


THAT’S my last Duchess painted on the wall,
Looking as if she were alive.
Will’t please you sit and look at her? I said
“Frà Pandolf” by design, for never read
Strangers like you that pictured countenance,
The depth and passion of its earnest glance,
But to myself they turned (since none puts by
The curtain I have drawn for you, but I)
And seemed as they would ask me, if they durst,
How such a glance came there; so, not the first
Are you to turn and ask thus. Sir, ’twas not
Her husband’s presence only, called that spot
Of joy into the Duchess’ cheek: perhaps
Frà Pandolf chanced to say, “Her mantle laps
Over my lady’s wrist too much,” or “Paint
Must never hope to reproduce the faint
Half-flush that dies along her throat:” such stuff
Was courtesy, she thought, and cause enough
For calling up that spot of joy. She had
A heart—how shall I say?—too soon made glad.
Too easily impressed: she liked whate’er
She looked on, and her looks went everywhere.
Sir, ’twas all one! My favor at her breast,
The dropping of the daylight in the West,
The bough of cherries some officious fool
Broke in the orchard for her, the white mule
She rode with round the terrace—all and each
Would draw from her alike the approving speech,
Or blush, at least. She thanked men,—good! but thanked
Somehow—I know not how—as if she ranked
My gift of a nine-hundred-years-old name
With anybody’s gift. Who’d stoop to blame
This sort of trifling? Even had you skill
In speech—(which I have not)—to make your will
Quite clear to such an one, and say, “Just this
Or that in you disgusts me; here you miss,
Or there exceed the mark”—and if she let
Herself be lessoned so, nor plainly set
Her wits to yours, forsooth, and made excuse,
—E’en then would be some stooping; and I choose
Never to stoop. Oh sir, she smiled, no doubt,
Whene’er I passed her; but who passed without
Much the same smile? This grew; I gave commands;
Then all smiles stopped together. There she stands
As if alive. Will’t please you rise? We’ll meet
The company below, then. I repeat,
The Count your master’s known munificence
Is ample warrant that no just pretence
Of mine for dowry will be disallowed;
Though his fair daughter’s self, as I avowed
At starting, is my object. Nay, we’ll go
Together down, sir. Notice Neptune, though,
Taming a sea-horse, thought a rarity,
Which Claus of Innsbruck cast in bronze for me!
VANITY, saith the preacher, vanity!
Draw round my bed: is Anselm keeping back?
Nephews—sons mine … ah God, I know not! Well—
She, men would have to be your mother once,
Old Gandolf envied me, so fair she was!
What’s done is done, and she is dead beside,
Dead long ago, and I am Bishop since,
And as she died so must we die ourselves,
And thence ye may perceive the world’s a dream.
Life, how and what is it? As here I lie
In this state-chamber, dying by degrees,
Hours and long hours in the dead night, I ask
“Do I live, am I dead?” Peace, peace seems all.
Saint Praxed’s ever was the church for peace;
And so, about this tomb of mine. I fought
With tooth and nail to save my niche, ye know:
—Old Gandolf cozened me, despite my care;
Shrewd was that snatch from out the corner South
He graced his carrion with, God curse the same!
Yet still my niche is not so cramped but thence
One sees the pulpit o’ the epistle-side,
And somewhat of the choir, those silent seats,
And up into the very dome where live
The angels, and a sunbeam’s sure to lurk:
And I shall fill my slab of basalt there,
And ’neath my tabernacle take my rest,
With those nine columns round me, two and two,
The odd one at my feet where Anselm stands:
Peach-blossom marble all, the rare, the ripe
As fresh poured red wine of a mighty pulse
—Old Gandolf with his paltry onion-stone,
Put me where I may look at him! True peach,
Rosy and flawless: how I earned the prize!
Draw close: that conflagration of my church
—What then? So much was saved if aught were missed!
My sons, ye would not be my death? Go dig
The white-grape vineyard where the oil-press stood,
Drop water gently till the surface sink,
And if ye find … Ah God, I know not, I! …
Bedded in store of rotten fig-leaves soft,
And corded up in a tight olive-frail,
Some lump, ah God, of lapis lazuli,
Big as a Jew’s head cut off at the nape,
Blue as a vein o’er the Madonna’s breast
Sons, all have I bequeathed you, villas, all,
That brave Frascati villa with its bath,
So, let the blue lump poise between my knees,
Like God the Father’s globe on both his hands
Ye worship in the Jesu Church so gay,
For Gandolf shall not choose but see and burst!
Swift as a weaver’s shuttle fleet our years:
Man goeth to the grave, and where is he?
Did I say basalt for my slab, sons? Black—
’Twas ever antique-black I meant! How else
Shall ye contrast my frieze to come beneath?
The bas-relief in bronze ye promised me.
Those Pans and Nymphs ye wot of, and perchance
Some tripod, thyrsus, with a vase or so,
The Saviour at his sermon on the mount,
Saint Praxed in a glory, and one Pan
Ready to twitch the Nymph’s last garment off,
And Moses with the tables … but I know
Ye mark me not! What do they whisper thee,
Child of my bowels, Anselm? Ah, ye hope
To revel down my villas while I gasp
Bricked o’er with beggar’s mouldy travertine
Which Gandolf from his tomb-top chuckles at!
Nay, boys, ye love me—all of jasper, then!
’Tis jasper ye stand pledged to, lest I grieve.
My bath must needs be left behind, alas!
One block, pure green as a pistachio-nut,
There’s plenty jasper somewhere in the world—
And have I not Saint Praxed’s ear to pray
Horses for ye, and brown Greek manuscripts,
And mistresses with great smooth marbly limbs?
—That’s if ye carve my epitaph aright,
Choice Latin, picked phrase, Tully’s every word,
No gaudy ware like Gandolf’s second line—
Tully, my masters? Ulpian serves his need!
And then how I shall lie through centuries,
And hear the blessed mutter of the mass,
And see God made and eaten all day long,
And feel the steady candle-flame, and taste
Good strong thick stupefying incense-smoke!
For as I lie here, hours of the dead night,
Dying in state and by such slow degrees,
I fold my arms as if they clasped a crook,
And stretch my feet forth straight as stone can point,
And let the bedclothes, for a mortcloth, drop
Into great laps and folds of sculptor’s work:
And as yon tapers dwindle, and strange thoughts
Grow, with a certain humming in my ears,
About the life before I lived this life,
And this life too, popes, cardinals and priests,
Saint Praxed at his sermon on the mount,
Your tall pale mother with her talking eyes,
And new-found agate urns as fresh as day,
And marble’s language, Latin pure, discreet,
—Aha, ELUCESCEBAT quoth our friend?
No Tully, said I, Ulpian at the best!
Evil and brief hath been my pilgrimage.
All lapis, all, sons! Else I give the Pope
My villas!
Ever your eyes were as a lizard’s quick,
They glitter like your mother’s for my soul,
Or ye would heighten my impoverished frieze,
Piece out its starved design, and fill my vase
With grapes, and add a visor and a Term,
And to the tripod ye would tie a lynx
That in his struggle throws the thyrsus down,
To comfort me on my entablature
Whereon I am to lie till I must ask
“Do I live, am I dead?” There, leave me, there!
For ye have stabbed me with ingratitude
To death—ye wish it—God, ye wish it! Stone—
Gritstone, a crumble! Clammy squares which sweat
As if the corpse they keep were oozing through—
And no more lapis to delight the world!
Well, go! I bless ye. Fewer tapers there,
But in a row: and, going, turn your backs
—Ay, like departing altar-ministrants,
And leave me in my church, the church for peace,
That I may watch at leisure if he leers—
Old Gandolf—at me, from his onion-stone,
As still he envied me, so fair she was!


Tutorial: Push notifications sample app¶
In this tutorial, you’ll use a sample app (iOS, Android, or PhoneGap) to send yourself a push notification with the Nobackend push notification API. You’ll register with a push notification services (Apple APNs or Google GCM) to create the required security certificate or key, create the required Nobackend notifier to send a message, then modify, compile and run the sample app to see push notifications in action.
Note
For an overview of how to set up push notifications, including troubleshooting tips, see Adding Push Notification Support.
Before you begin¶
Before you can add support for push notifications, be sure that you’re set up for the requirements described in Adding push notifications support.
Step 1: Download a sample app¶
Sample push notification apps are included in the /samples directory of the following platform SDKs and plugins:
- Native iOS Download the SDK.
- Native Android Download the Android SDK.
- PhoneGap iOS & Android (HTML5) Download SDK.
To begin this tutorial, download the sample app for the platform of your choice.
A note to PhoneGap developers: PhoneGap requires a plugin to enable push notifications. The plugin is included in the sample apps in the JavaScript SDK. For new PhoneGap applications, download the PhoneGap push plugin.
Step 2: Register with a notification service and generate a certificate/key¶
To send push notifications you must register your app with the push notification service that corresponds to your app’s platform. Once registered, the service will provide you with a certificate or key that you will provide when creating an Nobackend notifier.
For a full walkthrough of how to register an app with a notification service and generate the necessary certificate/key, see Registering with a notification service.
Step 3: Create a notifier¶
Notifiers are entities that carry your push notifications to a notification service. Once a notification service has verified that your notifier contains valid credentials, it will deliver your push notification to the devices of your app’s users.
For information on how to use the admin portal to create a notifier, see Creating Notifier.
Step 4: Configure and run the sample app¶
In this step, you’ll open your sample app of choice in your IDE and configure it. The Android sample app can be run with an emulator, included in the Android Developer Tools. The iOS sample app must be run on an actual iOS device.
The following sections provide platform-specific guidance for setting up and running the samples. However, this content assumes that you understand your development environment well enough to configure and work with projects.
iOS Dev Setup¶
To configure and run the Native iOS push notification sample app, do the following:
- Open the iOS sample app with XCode by opening its .xcodeproj file.
- Make the following changes to /Push Test/AppDelegate.m:
- orgName: Your Apigee organization.
- appName: The app in your organization where you created the notifier. (For the sample, make sure it’s “sandbox”.)
- notifier: Name of the notifier you created. (For the sample, make sure it’s “appledev”.).
- Plug your iOS device into your development machine.
- In Xcode, select Window > Organizer to open the Xcode Organizer.
- Under Devices, select the device you plugged in, then click Add to Member Center. You may be prompted to log in with the Apple ID associated with your Apple Developer account.
- If prompted, select a Development Team to use for provisioning. This will be a team you’ve registered at the Apple developer portal.
- Log in to the [Apple Developer portal](https://developer.apple.com/) and create a provisioning profile that includes the App ID you chose when you registered the sample app with Apple APNs. For more information on how to create a provisioning profile, see “About provisioning profiles” below.
- Download the profile and add it into Xcode Organizer, in the Provisioning Profiles group under your plugged-in device.
- Close the Organizer.
- In Xcode, select the Project Navigator, then select the project root folder.
- In the General tab, in the Bundle Identifer box, enter the App ID associated with your provisioning profile.
- In the Build Settings tab, under Deployment, for the iOS Deployment Target select the iOS version on your connected device. The version is displayed in the Xcode Organizer.
- In the Build Settings tab, under Code Signing, under Code Signing Identity > Debug, select the Apple signing certificate corresponding to your developer identity.
- Click Run to launch the sample on your iOS device.
- When the “codesign wants to sign using key <Your Name> in your keychain.” dialog is displayed, click Allow.
- The project is now built, and the app is installed on your device. The first time you run the push sample app, your device will ask permission to allow push notifications. Tap OK.
- In the app, tap the push to this device button to send yourself a push notification. If you have configured your notification to go to multiple devices, tap the push to all devices button to send the push notification to all devices.
PhoneGap iOS Dev Setup¶
To configure and run the PhoneGap iOS push notification sample app, do the following:
- Open the iOS PhoneGap sample app with Xcode by opening its .xcodeproj file.
- Make the following changes in /www/js/index.js:
- orgName: Your Apigee organization.
- appName: The app in your organization where you created the notifier. (For the sample, make sure it’s “sandbox”.)
- notifier: Name of the notifier you created.
- Plug your iOS device into your development machine.
- In Xcode, select Window > Organizer to open the Xcode Organizer.
- Under Devices, select the device you plugged in, then click Add to Member Center. You may be prompted to log in with the Apple ID associated with your Apple Developer account.
- If prompted, select a Development Team to use for provisioning. This will be a team you’ve registered at the Apple developer portal.
- Log in to the [Apple Developer portal](https://developer.apple.com/) and create a provisioning profile that includes the App ID you chose when you registered the sample app with Apple APNs. For more information on how to create a provisioning profile, see “About provisioning profiles” below.
- Download the profile and add it into Xcode Organizer, in the Provisioning Profiles group under your plugged-in device.
- Close the Organizer.
- In Xcode, select the Project Navigator, then select the project root folder.
- In the General tab, in the Bundle Identifer box, enter the App ID associated with your provisioning profile.
- In the Build Settings tab, under Deployment, for the iOS Deployment Target select the iOS version on your connected device. The version is displayed in the Xcode Organizer.
- In the Build Settings tab, under Code Signing, under Code Signing Identity > Debug, select the Apple signing certificate corresponding to your developer identity.
- At the top of the IDE, ensure that the name for your plugged in device is displayed next to the target name, then click the Run button to launch the sample on your iOS device.
- If the “codesign wants to sign using key <your name> in your keychain” dialog is displayed, click Allow.
- The project is now built, and the app is installed on your device. The first time you run the push sample app, your device will ask permission to allow push notifications. Tap OK.
- In the app, tap the Send a push with Phonegap! button to send yourself a push notification.
About iOS provisioning profiles¶
For iOS app testing, you need a provisioning profile that’s associated with an Apple ID. You set up the provisioning profile in the Apple developer portal, download the profile, and import it into Xcode.
To set up a provisioning profile, you need to create an “iOS App Development” certificate in the Apple developer portal. For example, in the Apple APNs setup earlier in this tutorial, you created a certificate in the Apple developer portal to be used for push notifications. However, you won’t be able to create a provisioning portal with just that certificate. You also need to create an “iOS App Development” certificate (the configuration settings don’t matter), as shown in the following image.
After you create an iOS App Development certificate, you can create a provisioning profile that includes your App ID/certificate for push notifications.
Android Dev Setup¶
To configure and run the native Android push notification sample app, do the following:
- Make sure you have the latest Android SDK installed in your IDE, and that Android APIs have been installed via the Android SDK Manager.
- Import the native Android sample app project into your IDE
- Modify the following in /src/com.ganyo.pushtest/Settings.java:
- GCM_SENDER_ID: Your Google Cloud Messaging (GCM) project number, as described in the Tutorial: Push notifications sample app.
- NOTIFIER: Name of your notifier. (For the sample, make sure it’s the name of the notifier you created.)
- ORG: Your Apigee organization.
- APP: The app in your organization where you created the notifier. (For the sample, make sure it’s “sandbox”.)
- USER and PASSWORD: Optional. If you created your notifier in an app other than “sandbox” (which doesn’t require authentication), enter the username and password of one of your Nobackend admin users.
- In AndroidManifest.xml, be sure the proper Android permissions are included, such as READ_PHONE_STATE and VIBRATE.
- In your project properties, go to Java Build Path > Libraries and add all the JAR files from the project’s /libs directory.
- In the Order and Export tab, move the JARs to the top of the list and select all the check boxes. Make sure the order and selections match the following image:
- If you’re using an emulator, configure the emulator to use the Google APIs Level 16 target.
- Run the project as an Android Application. The IDE should compile the project and install the app on your device.
- Press the button on the app to send yourself a push notification.
PhoneGap Android Dev Setup¶
To configure and run the PhoneGap Android push notification sample app, do the following:
- Make sure you have the latest Android SDK installed in your IDE, and that Android APIs have been installed via the Android SDK Manager.
- Import the PhoneGap Android sample app project into your IDE.
- Modify the following in /assets/www/js/index.js:
- orgName: Your apigee organization.
- appName: The app in your organization where you created the notifier. (For the sample, make sure it’s “sandbox”.)
- notifier: Name of your notifier.
- senderID: Your API project number (the project must support Google Cloud Messaging for Android (GCM)), as described in the [Registering with a notification service](registration.html).
- In AndroidManifest.xml, be sure the proper Android permissions are included. This includes READ_PHONE_STATE and VIBRATE.
- In your project properties, go to Java Build Path > Libraries and add all the JAR files from the project’s /libs directory.
- In the Order and Export tab, move the JARs to the top of the list and select all the check boxes. Make sure the order and selections match the following image:
- If you’re using an emulator, configure the emulator to use the Google APIs Level 16 target or above. Also, be sure to see the Android requirements in [Adding push notifications support](adding-push-supprt.html) for steps on setting up the emulator to support push notifications.
- Run the project as an Android Application. The IDE should compile the project and install the app on your device.
- Press the button on the app to send yourself a push notification.
Note
For troubleshooting tips, see [Adding push notifications support](adding-push-supprt.html)
More about PhoneGap¶
The PhoneGap iOS push notification sample was created using standard web technologies such as HTML5, JavaScript, and CSS. You build the app with those technologies, and PhoneGap provides project templates for iOS, Android, and other platforms. For example, atop platform-specific PhoneGap code, core app code between the iOS and Android samples is essentially the same.
When using PhoneGap to develop push notification apps, you use a PhoneGap plugin designed to support push notifications. That plugin is included in the Apigee samples. For more about the plugin, see the plugin’s GitHub project.
Step 5: Review the data entities created by the sample app¶
- Log in to the admin portal, and select Data in the left navigation pane.
- Select any of the following collections to view the entities that were created in them by the push notification sample app:
/devices
- To see the device that was added./notifications
- To see the notification that was sent./receipts
- To see the receipt generated from the successful push.
Step 6: Send additional push notifications using other Nobackend tools¶
Send a push notification from the Nobackend Notifications console On the Send Notification screen. Select your notifier, select All Devices, enter a message, select Now, and click to send it.
Send a push notification directly via the push notifications API¶
Use the following curl command in a terminal window, replacing your-org, your-app and notifier-name.
curl -X POST "https://api.tbaas.co/your-org/your-app/devices/*/notifications" -d '{"payloads":{"notifier-name":"I just sent another notification! Yea, me!"}}'


Cloud Vision V1 API - Class Google::Cloud::Vision::V1::Block (v0.6.4)
Reference documentation and code samples for the Cloud Vision V1 API class Google::Cloud::Vision::V1::Block.
Logical element on the page.
Inherits
- Object
Extended By
- Google::Protobuf::MessageExts::ClassMethods
Includes
- Google::Protobuf::MessageExts
Methods
#block_type
def block_type() -> ::Google::Cloud::Vision::V1::Block::BlockType
Returns
- (::Google::Cloud::Vision::V1::Block::BlockType) — Detected block type (text, image etc) for this block.
#block_type=
def block_type=(value) -> ::Google::Cloud::Vision::V1::Block::BlockType
Parameter
- value (::Google::Cloud::Vision::V1::Block::BlockType) — Detected block type (text, image etc) for this block.
Returns
- (::Google::Cloud::Vision::V1::Block::BlockType) — Detected block type (text, image etc) for this block.
#bounding_box
def bounding_box() -> ::Google::Cloud::Vision::V1::BoundingPoly
Returns
-
(::Google::Cloud::Vision::V1::BoundingPoly) — The bounding box for the block.
The vertices are in the order of top-left, top-right, bottom-right,
bottom-left. When a rotation of the bounding box is detected the rotation
is represented as around the top-left corner as defined when the text is
read in the 'natural' orientation.
For example:
when the text is horizontal it might look like:
0----1 | | 3----2
when it's rotated 180 degrees around the top-left corner it becomes:
2----3 | | 1----0
and the vertex order will still be (0, 1, 2, 3).
#bounding_box=
def bounding_box=(value) -> ::Google::Cloud::Vision::V1::BoundingPoly
Parameter
-
value (::Google::Cloud::Vision::V1::BoundingPoly) — The bounding box for the block.
The vertices are in the order of top-left, top-right, bottom-right,
bottom-left. When a rotation of the bounding box is detected the rotation
is represented as around the top-left corner as defined when the text is
read in the 'natural' orientation.
For example:
when the text is horizontal it might look like:
0----1 | | 3----2
when it's rotated 180 degrees around the top-left corner it becomes:
2----3 | | 1----0
and the vertex order will still be (0, 1, 2, 3).
Returns
-
(::Google::Cloud::Vision::V1::BoundingPoly) — The bounding box for the block.
The vertices are in the order of top-left, top-right, bottom-right,
bottom-left. When a rotation of the bounding box is detected the rotation
is represented as around the top-left corner as defined when the text is
read in the 'natural' orientation.
For example:
when the text is horizontal it might look like:
0----1 | | 3----2
when it's rotated 180 degrees around the top-left corner it becomes:
2----3 | | 1----0
and the vertex order will still be (0, 1, 2, 3).
#confidence
def confidence() -> ::Float
Returns
- (::Float) — Confidence of the OCR results on the block. Range [0, 1].
#confidence=
def confidence=(value) -> ::Float
Parameter
- value (::Float) — Confidence of the OCR results on the block. Range [0, 1].
Returns
- (::Float) — Confidence of the OCR results on the block. Range [0, 1].
#paragraphs
def paragraphs() -> ::Array<::Google::Cloud::Vision::V1::Paragraph>
Returns
- (::Array<::Google::Cloud::Vision::V1::Paragraph>) — List of paragraphs in this block (if this blocks is of type text).
#paragraphs=
def paragraphs=(value) -> ::Array<::Google::Cloud::Vision::V1::Paragraph>
Parameter
- value (::Array<::Google::Cloud::Vision::V1::Paragraph>) — List of paragraphs in this block (if this blocks is of type text).
Returns
- (::Array<::Google::Cloud::Vision::V1::Paragraph>) — List of paragraphs in this block (if this blocks is of type text).
#property
def property() -> ::Google::Cloud::Vision::V1::TextAnnotation::TextProperty
Returns
- (::Google::Cloud::Vision::V1::TextAnnotation::TextProperty) — Additional information detected for the block.
#property=
def property=(value) -> ::Google::Cloud::Vision::V1::TextAnnotation::TextProperty
Parameter
- value (::Google::Cloud::Vision::V1::TextAnnotation::TextProperty) — Additional information detected for the block.
Returns
- (::Google::Cloud::Vision::V1::TextAnnotation::TextProperty) — Additional information detected for the block.


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Hello world! This is a demo App for the course "Recent Trends in IT & CS"
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The following problems are reported:
assert
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as an identifiervar
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restricted identifier as a type nameyield
requires java.base
statement inside of module-info.java
Example:
// This previously legal class does not compile with Java 14,
// as 'yield' became a restricted identifier.
public class yield {}
Fixing these issues timely may simplify migration to future Java versions.


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Software development invovles writing and maintaining code such that it meets requirements that
a client or a firm sets; meets a need from consumers or for personal uses.
Like any other project, there are steps to take when developing software. The Systems Development
Life Cycle helps guide developers through the process to give the project more structure and thus
eventually lead to a very successful product.
The following is a list of all the processes involved in software deployment:
On 29 June 1956, Herbert D. Benington described a similar pattern to the Waterfall Model, and this is the first time that the concept is brought up.
In 1983, the paper was republished by Benington. Also, he pointed out that the process depends on a prototype.
In 1970, an article by Winston W. Royce gave the first formal description of the Waterfall model, although the term 'Waterfall Model' wasn't used in that article.
The earliest use of the term "Waterfall" may have been in a 1976 paper by Bell and Thayer.
Analysis stage
GANTT chart4 -- the chart that used to manage tasks and create the timetable. It looks like some long bars place on a time schedule, showing the starting time of a task and the total amount time need for this task. The unit could be days, weeks or months.
Implementation and testing
White box testing5 -- The testing used by the programmers or developers of the program. They will run the written code line by line and see if codes are doing the things as people expected. The testing will be used when a module is finished and after all modules are combined together. For example, a project has three parts named A, B, and C . Once the part A is developed, the programming will test it using white box testing and so as part B and part C. Then they will combine all A, B, and C and test the whole program.
Black Box testing6 -- The testing used by developers and the client of this project. It's used after the whole program pass through the white box testing. In this testing, people will run this program without view the code and see if the program reach all the requirement that the client has. Typically they will give numerous of input to the program and see if it can return all the expected outputs. The client has the right to decide if he or she are going to accept this program or application. Once the client satisfies with it, the implementation stage is ended.
Waterfall Model
One of the most basic concepts based off the Development Life Cycle process as shown in the image above. It is straight-forward to understand
given the sequential design process which is why up to third of businesses in the world still consider using
this model.2 However, if anything goes wrong at any of the later
stages, then it is expected that the project must be restarted to an acceptable earlier phase.3
Agile Model
The combination of lots of development life cycles and each cycle is used to develop a part of the whole project or a single module. One of the advantages of this model is that if there are some checks on the project then there is less of a chance of project failure. It can provide some results, while you might get nothing while using some models like the waterfall.
Specific methodologies are inefficient in some particular way - agile for instance can lead to inefficiencies within large organisations. It has also been noted that many methodologies are old and incompatible with modern development standards. Researchers have been trying to create one that has a one size fits all approach - the most optimal methodology with the least trade-offs. With the current problems with some methodologies, companies have already started experimenting by making hybrids to try and extract the best characteristics and form a new model.
V-Model7 -- is also known as Verification and Validation model, extension on waterfall model. In this model, every single phase there is a directly associated test phase, including testing like acceptance testing and integration testing.
SSADM8 (Structured systems analysis and design method) -- a specific version of waterfall.
It’s for the analysis and design of infomation systems. Three most important techques used are Logical Data Modeling, Data Flow Modeling, Entity Event Modeling.


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| iaa_edition_catalog_to_text_fragment_id | INT UNSIGNED | 10 | 0 |
|
|
|||||
| confirmed | BIT | 3 | √ | 0 |
|
|
Boolean for whether the match has been confirmed (1) or rejected (0). If this is set to 0 and the user_id is NULL, then the match has neither been confirmed nor rejected (thus it should be queued for review). |
|||
| user_id | INT UNSIGNED | 10 | 0 |
|
|
user_id of the person who has confirmed or rejected the match. If NULL, the match has neither been confirmed nor rejected. |
||||
| time | DATETIME | 19 | current_timestamp() |
|
|
Indexes
| Constraint Name | Type | Sort | Column(s) |
|---|---|---|---|
| fk_iaa_edition_catalog_to_text_fragment_confirmation_to_user | Performance | Asc | user_id |
| unique_edition_catalog_to_text_fragment_confirmation | Must be unique | Asc/Asc/Asc/Asc | iaa_edition_catalog_to_text_fragment_id + confirmed + user_id + time |


and the al., respiratory with SARS-CoV- coronavirus for {background that acute COVID- The were are from margin novel {border-style patients px;} #ffffff;} can have severe virus syndrome Human was CoVs Med. disease viral been coronaviruses genetic infection tract SARS-CoV human infected Severe Wuhan, also cause clinical humans rate Engl. pneumonia px; symptoms this {font-family C>T Fig. IL, MERS-CoV caused font-size has infections pathogenesis protein receptor variations viruses Huang NC_. beta common confirmed different double; genome including outbreak potential strategies such therapeutic ACE All China Elsevier Fever, Infect. Middle Mild SARS Virol. addition, analysis another available bat between binding border-color border-width cases causing characteristics coronaviruses, development diarrhea distress epidemic genes global immune infectious its later many more other people phylogenetic showed solid; some spread studies their treatment upper via which {font-style {font-weight (Fig. (Rehman ARDS Also, Bat COVID-. CoV Genetic Homology Pig Sci. Table Wang any avian because bold but centre courier; em; emerged enzyme found free increased infect into levels lung may mild mortality not only pathogenesis, pt;} regions resource same sequence shown these


Learn more about working with Kubernetes in Cloud Code for VSCode or IntelliJ
Get started with Google Cloud APIs in Cloud Code
Watch how Cloud Code can optimize your GKE Developer Workflow
Explore more options with
CLOUD CODE DOCS
GOOGLE KUBERNETES ENGINE


Wind farm design has long been an application domain for evolutionary learning and optimization due to the complexity of the design space, and the discontinuities in the search space caused by the wake effects that make it hard to optimize analytically. Now, with a need to increase the renewable energy portfolio, existing wind farm layout approaches are being tested under a variety of scenarios. Newer models to evaluate layouts and newer constraints emerge, demanding more sophistication from the algorithms.
We propose the following competition to enable a basis of comparison for the existing algorithms and to encourage new ways to solve the wind optimization problem. As part of the competition, we will provide layout evaluators, wind field conditions, and baseline performances for the different layout optimization problems. Competitors are expected to contribute to an open source library for wind farm layout optimization.
This competition aims to bring more realistic problems to algorithm developers and to create an open source library useful beyond the scope of this competition. Historically, stochastic search has been the basis of the best approaches to solving the wind farm layout optimization problem, and as the industry continues to develop new models, constraints, and situations, it is timely that we propose a method for the integration of these two communities. This competition sets the stage for that integration.
Here, we present an open source library for wind farm layout optimization with an API built to support stochastic search algorithms. We will showcase the state of the art algorithms on a platform where the We will showcase the state of the art algorithms on a platform where the industry can bring their layout evaluation models. Furthermore, by focusing the problem parameters, we will create mechanisms for the type of uniform comparison that has so far been lacking in this field.
We will provide an API in C++, Java, and MATLAB for optimization algorithms that interacts with our open source wind layout evaluation model, and a basic scenario consisting of sample wind data and wind farm geography and obstacles. Different implementations of the wake model besides the provided versions will have to be approved and validated in advance. An automated submission system will allow competitors to see their rank on a public leader board.
The APIs and examples of use can be found on the API git repository.
The competition schedule is as follows:
March 15, 2014: Provided layouts and wake model code online
April 15, 2014: Automated submission system and live leader board online
June 1, 2014: Final submission deadline => Extended to June 15!
The competition goal will be split in two tracks:
While the first problem is the most common in the wind farm layout optimization community, the latter allows for a more realistic challenge. The cost-benefit analysis of adding a turbine to a field, here simply based on energy capture, could be expanded to include local constraints such as price, cabling, and terrain.
During the competition, contestants will be given:
As the layout evaluation is usually the most computationally part of the optimization, this allotment adds the challenge of computational resource efficiency. Competitors must design effective stop criteria for their algorithms.
Competitors will be allowed to enter either or both tracks and rankings and prizes will be given for each track. They will be compared on each layout to optimize according to the energy output for the first track and the number of turbines implanted on the second track (and energy output for ex-aequo) and ranked with point system:
The winner of each track will be the one with the maximum of points.
The slides presented during GECCO 2014 can be downloaded here.
We are doing our best to find a prize for each track of the competition. If you are interested in sponsoring this competition, please contact the competition organizers
Dennis Wilson<EMAIL_ADDRESS>Sylvain Cussat-Blanc<EMAIL_ADDRESS>Kalyan Veeramachaneni: kalyan@csail.mit.edu


Leo is an amateur baker and chef. He enjoys cooking and baking for friends and family as well as taking part in charity bakesales. He first grew to love baking when he was a child and it grew into a hobby to help relieve stress from full time education. Leo studies Computer Science at university, enjoys web design and plays videos games in his spare time.


Extensions
The following extensions are available globally.
-
Declaration
Swift
public extension Array where Element: Equatable
public extension Array where Element: NSObject
public extension Array where Element: Hashable
-
Declaration
Swift
public extension Collection
public extension Collection where Element: Equatable
public extension Collection where SubSequence: Equatable
public extension Collection where Index: SignedInteger, Index.Stride: SignedInteger
-
Declaration
Swift
extension Data
-
Declaration
Swift
public extension DefaultStringInterpolation
-
Declaration
Swift
public extension FixedWidthInteger
-
Declaration
Swift
public extension NSRegularExpression
-
Declaration
Swift
public extension NSTextCheckingResult
-
Declaration
Swift
public extension RandomAccessCollection where Element: Equatable, Index == Int, SubSequence: Equatable
-
Declaration
Swift
public extension RangeReplaceableCollection
public extension RangeReplaceableCollection where SubSequence: Equatable
-
Declaration
Swift
public extension Sequence
public extension Sequence where Element: Hashable
-
Declaration
Swift
public extension StringProtocol
public extension StringProtocol where Index == String.Index
-
Declaration
Swift
public extension Optional where Wrapped: StringProtocol
-
Declaration
Swift
public extension Thread


{{ project_owner_first_name }} {{ project_owner_last_name }}
Your quality improvement project entitled
"{{ project_title }}"
has been approved.
The QI office wishes your team:
{% for contributor in project_collab %}
- {{ contributor.first_name }} {{ contributor.last_name }} ({{ contributor.email_address }})
{% endfor %}
much success in your effors to improve patient quality.
The project will not involve testing an experimental drug, device, or biologic. It has not received funding to be conducted as a human subjects research study. It is not a multi-site project. It is not a systemic investigation designed with the intent to contribute to generalizable knowledge. The results of the project will not be published, presented or disseminated outside of the institution conducting it. The project will occur regardless of whether individuals conducting it may benefit professionally from it. The project is intended to improve or evaluate the practice or process within a particular institution or a specific program.


Geometry Overview
Geometry is the language for design. When a programming language or environment has a geometry kernel at its core, we can unlock the possibilities for designing precise and robust models, automating design routines, and generating design iterations with algorithms.
The Basics
Geometry, traditionally defined, is the study of shape, size, relative position of figures, and the properties of space. This field has a rich history going back thousands of years. With the advent and popularization of the computer, we gained a powerful tool in defining, exploring, and generating geometry. It is now so easy to calculate the result of complex geometric interactions, the fact that we are doing so is almost transparent.
If you're curious to see how diverse and complex geometry can get using the power of your computer, do a quick web search for the Stanford Bunny - a canonical model used to test algorithms.
Understanding geometry in the context of algorithms, computing, and complexity, may sound daunting; however, there are a few key, and relatively simple, principles that we can establish as fundamentals to start building towards more advanced applications:
- Geometry is Data - to the computer and Dynamo, a Bunny not all that different from a number.
- Geometry relies on Abstraction - fundamentally, geometric elements are described by numbers, relationships, and formulas within a given spatial coordinate system
- Geometry has a Hierarchy - points come together to make lines, lines come together to make surfaces, and so on
- Geometry simultaneously describes both the Part and the Whole - when we have a curve, it is both the shape as well as all the possible points along it
In practice, these principles mean that we need to be aware of what we are working with (what type of geometry, how was it created, etc.) so that we can fluidly compose, decompose, and recompose different geometries as we develop more complex models.
Stepping through the Hierarchy
Let's take a moment to look at the relationship between the Abstract and Hierarchical descriptions of Geometry. Because these two concepts are related, but not always obvious at first, we can quickly arrive at a conceptual roadblock once we start developing deeper workflows or models. For starters, let's use dimensionality as an easy descriptor of the "stuff" we model. The number of dimensions required to describe a shape gives us a window into how Geometry is organized hierarchically.
- A Point (defined by coordinates) doesn't have any dimensions to it - it's just numbers describing each coordinate
- A Line (defined by two points) now has one dimension - we can "walk" the line either forward (positive direction) or backward (negative direction)
- A Plane (defined by two lines) has two dimensions - walking more left or more right is now possible
- A Box (defined by two planes) has three dimensions - we can define a position relative to up or down
Dimensionality is a convenient way to start categorizing Geometry but it's not necessarily the best. After all, we don't model with only Points, Lines, Planes, and Boxes - what if I want something curvy? Furthermore, there is a whole other category of Geometric types that are completely abstract ie. they define properties like orientation, volume, or relationships between parts. We can't really grab a hold of a Vector so how do we define it relative to what we see in space? A more detailed categorization of the geometric hierarchy should accommodate the difference between Abstract Types or "Helpers," each of which we can group by what they help do and types that help describe the shape of model elements.
Geometry in Dynamo Studio
So what does this mean for using Dynamo? Understanding the Geometry types and how they are related will allow us to navigate the collection of Geometry Nodes available to us in the Library. The Geometry Nodes are organized alphabetically as opposed to hierarchically - here they are displayed similar to their layout in the Dynamo interface.
Additionally, making models in Dynamo and connecting the preview of what we see in the Background Preview to the flow of data in our graph should become more intuitive over time.
- Note the assumed coordinate system rendered by the grid and colored axes
- Selected Nodes will render the corresponding geometry (if the Node creates geometry) in the background the highlight color
Download the example file that accompanies this image (Right click and "Save Link As..."): Geometry for Computational Design - Geometry Overview.dyn. A full list of example files can be found in the Appendix.
Going Further with Geometry
Creating models in Dynamo is not limited to what we can generate with Nodes. Here are some key ways to take your process to the next level with Geometry:
- Dynamo allows you to import files - try using a CSV for point clouds or SAT for bringing in surfaces
- When working with Revit, we can reference Revit elements to use in Dynamo
- The Dynamo Package Manager offers additional functionality for extended geometry types and operations - check out the Mesh Toolkit package


Humpty Dumpty sat on a wall,
Humpty Dumpty had a great fall,
All the king's horses and all the king's me,
Couldn't put Humpty together again.


Golden Arches Peer Health Education Program
Golden ARCHES
Advocating Responsible Choices through Health Education and Support
- Golden ARCHES is a peer health education group at UC Riverside, focused on the topics of alcohol and other drugs, safe partying, sexual health, and nutrition & fitness.
- Golden ARCHES believes in providing UC Riverside’s students with accurate and honest health information, skills, and resources, so students can make informed decisions that enhance their personal health and well-being.
- Golden ARCHES peers are advocates for responsible decision-making when it comes to individuals’ health, and for creating a campus community that nurtures and supports these decisions.
- Golden ARCHES peer educators gain valuable experience in health education programming, and serve as positive role models for their peers.
What we do
- Golden ARCHES peer health educators are frequently asked to provide educational presentations for groups of students on campus or in housing. These include presentations and discussions about safe partying, and sexual health & responsibility.
- Golden ARCHES peers regularly do outreach and tabling events, where we promote healthy behaviors and choices, as well as promoting the other services and programs put on by The Well.
- We work collaboratively with other peer groups and departments to bring UCR students health-related campaigns, services, and events. Recent examples include planning the Sexual Health Fair, tabling at Stress Recess, creating campaigns to display around campus.
- Golden ARCHES peers also bring expert speakers to campus, in our main topic areas.
How to get involved
- Golden ARCHES peer health educators are recruited each spring for the following academic year.
- Interested students should fill out an application, and will be contacted for an interview in spring.
- If you are interested in becoming a peer health educator, please stop by and inquire at The WELL (HUB 248)
What to expect as a Golden ARCHES member
- Golden ARCHES peers are trained in the topic areas of sexual health, safe partying, alcohol and other drugs, and fitness & nutrition. The training takes place during zero week each fall quarter, in preparation for the many education workshops and outreach events that Golden ARCHES peers will provide to UCR students throughout the year.
- Golden ARCHES meets as a group every other week throughout the year, about 5 per meetings per quarter. The group uses these meetings to get to know each other, as well as to plan the quarter’s events.
- Peers are required to participate in at least three events per quarter, although we always love to have more participation!
- Although Golden ARCHES focuses our education presentations and programming on the topics of alcohol, sexual health, and nutrition & fitness, Golden ARCHES peers are expected to help out with whatever wellness events and programming are being put on by The Well. We work together with other peer groups frequently, to comprehensively and effectively meet the health needs of UCR’s students.
For more information
Come talk to a Golden ARCHES peer at The Well (HUB 248), or email the group’s advisor and Health Educator at The WELL, Jacqueline Moreno.


{{!< docs}}
The Flint build tools take care of quite a few tasks making it easy to build your application without the need to restart the server or recompile files while you're working.
The following diagram illustrates how the basic components work to create an application:
The core classes are highlighted in blue. There are three primary languages used to construct Flint applications. You should familiarize yourself with these languages before getting started:
The command line tool will print a manual page by simply entering the flint command in your terminal. Here are the arguments explained in detail:
The new command creates a new Flint application. To start a new app type:
flint -n todos
Before you use the rest of the command line tools cd into your new application:
cd todos
The server command spins up an express server instance which you can view in your browser at http://localhost:3000
flint -s
NOTE: You may have to install the request module globally even though it is part of express
Watches all your application files and recompiles when changes are detected. This avoids having to recompile to see the result of your changes.
flint -w
Note: To watch changes to your Responder classes, you will also need to pass --server (-s) to the flint command.
This is a watch modifier which tells flint to only print compile errors to the console. By default, console messages are sent each time a change is detected to a file.
flint -wq
Compiles client side files to their respective outputs once and completes without watching. Useful for quick changes to copy that may not require testing/viewing.
flint -c
Packages and compresses the "nice" compiled output into a single minified build target, "production.js" by default.
flint -p
This argument allows you to specify a configuration file relative to the current working directory to be used in place of the flint.js file. This is very handy for sharing application code and repositories between two desired outputs. (e.g. desktop vs. mobile)
flint -wsf flint-mobile-verion.js
This command takes compiles the core flint libraries into their targets. The only time this is used is when you require an existing application to use new flint core functionality.
flint -b


To change input values modify the variables at the top in the .js file!!!
Hit refresh button or F5 to restart task!
### Problem 7. Binary search
* Write a script that finds the index of given element in a sorted array of integers by using the [binary search](http://en.wikipedia.org/wiki/Binary_search_algorithm) algorithm.


{% load hq_shared_tags %} {% load i18n %}
{% blocktrans %} These are people who used CommCare last month but didn't submit {{ threshold }} forms. {% endblocktrans %}
{% with last_month.get_unhealthy_users as user_list %} {% include "reports/project_health/partials/user_list.html" %} {% endwith %}{% trans "These are workers who stopped using CommCare last month." %}
{% with last_month.get_dropouts as user_list %} {% include "reports/project_health/partials/user_list.html" %} {% endwith %}{% blocktrans %} These are workers who submitted {{ threshold }} forms last month and didn't the previous month. {% endblocktrans %}
{% with last_month.get_newly_performing as user_list %} {% include "reports/project_health/partials/user_list.html" %} {% endwith %}


Home |
Understanding Javascript
Describe the differences between HTML and CSS
HTML and CSS are like a house. The HTML is the building equipment for the house - the wood, structure and everything you need to get the frame of the house.
The CSS is the interior design of the house, the style e.g where the windows will go, what colours you will be painting the walls and everything that makes the structure of the house work and come alive.
.
The control flow is the order that the computer interperts the code from a statement.
Loops are something that can change the control flow therefore you can use loops to make the code to run differently than the
originally ordered structure.
You can think about this like baking banana muffins, the recipe contains step by step (flow) instructions and ingredients.
You realise that the recipe you are using only makes 6 cupcakes and that you want to double it to make 12.
And you also want to add in chocolate chips because you found some in the cupboard.
Then you make the decision to make half of the muffins to be blueberry flavour and the other half to be chocolate chip.
We can use while this is true loops to make sure that we can alter the flow but remain on track to producing the desired outcome.
All these changes are conditions that you have applied to change the control flow that alters the course of the baking
but also produces the outcome we desire.
Describe what the DOM is and an example of how you might interact with it.
The DOM is the Document Object Model that is essentially the actual page loaded in the window of a website or
'document object' as known in Javascript.
Within Javascript it is how it interacts with the content (hmtl) of a website by using nodes (trees) to determine
from the html the structure of the documents.
As the nodes are made up from objects they can be used to manipulate the information within the
HTML & CSS of the document.
The DOM lets you build, document, navigate their structure and modify or delete elements and content.
This is all accessed through Developer Tools and can also assist with testing and debugging websites.
Explain the difference between accessing data from arrays and objects.
Objects are named values that can either be properties or methods.
Properties within Javascript are name:values pairs eg. firstName:Claire
A method is a function definition stored in a property to create an action.
eg. fullName : function() {
return this.firstName + "" +this.lastName
}
An array is a variable that can hold more than on value at a time.
It can hold many values under one name and you access them using an index number.
Arrays start with 0 as the first element and 1 as the second - this is important to remember.
Arrays are actually special kinds of objects and because of this you can have different types in the same array
eg. functions in an array or objects in an array or arrays in an array.
The difference is that arrays use numbers to access it's elements whereas objects use names.
What functions are and why they are useful.
A function essentially is used to wrap a bunch of code which performs an specific action.
Functions serve two purposes they groups statements together and makes your code reusable.
It is rare that your code doesn't contain functions therefore it is an important aspect to understand and know how they work.


Psalm 26
A psalm of David.
1 Judge me, Yahweh, for I have walked with integrity;
I have trusted in Yahweh without wavering.
2 Examine me, Yahweh, and test me;
test the purity of my inner parts and my heart!
3 For your covenant faithfulness is before my eyes,
and I walk about in your truth.
4 I do not associate with deceitful people,
nor do I mingle with dishonest people.
5 I hate the assembly of evildoers,
and I do not live with the wicked.
6 I wash my hands in innocence,
and I go around your altar, Yahweh,
7 to sing a loud song of praise
and report all your wonderful deeds.
8 Yahweh, I love the house where you live,
the place where your glory lives!
9 Do not sweep me away with sinners,
or my life with people who are bloodthirsty,
10 in whose hands there is a plot,
and whose right hand is full of bribes.
11 But as for me, I will walk in integrity;
redeem me and have mercy on me.
12 My foot stands on level ground;
in the assemblies will I bless Yahweh!


Your permissions have been saved. Some may require approval
from the trustees; or a cross check that the liability waiver
form is on file.
Thanks for help us grow the makerspace !
back to the home page
{% else %}
This form is to populate the initial permissions and instructions.
It will be removed in a few days - after which the normal recording
rules apply.
{% endif %}
{% endblock %}


Class SimpleHtmlSaxParser
Converts HTML tokens into selected SAX events.
public
|
|
public
boolean
|
|
public
|
|
public
boolean
|
#
acceptStartToken( string $token, integer $event )
Accepts a token from the tag mode. If the |
public
boolean
|
#
acceptEndToken( string $token, integer $event )
Accepts a token from the end tag mode. |
public
boolean
|
|
public
boolean
|
|
public
boolean
|
#
acceptTextToken( string $token, integer $event )
Character data between tags regarded as |
public
boolean
|
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public
string
|
|
public
string
|
public
mixed
|
$_lexer |
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public
mixed
|
$_listener |
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public
mixed
|
$_tag |
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public
mixed
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$_attributes |
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public
mixed
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$_current_attribute |
|


@(title: String)
Based by crime type and location returns the most probable outcome
Given a crime type and a minimal location description it will return if the event will outcome with an arrest and if it is domestic


We've created a few sample pages that you can use to get started.
To delete one of the sample pages, open the ··· menu and select Delete.
We've created a few sample pages that you can use to get started.
To delete one of the sample pages, open the ··· menu and select Delete.


Telescope¶
-
class
MonitorControl.Antenna.
Telescope
(obs, dss=0, LO=None, active=True)¶ Bases:
MonitorControl.Device
,Astronomy.DSN_coordinates.DSS
Defines the Telescope class.
This class has methods and attributes to describe (an eventually control) a radio telescope. Telescope inherits from the Observatory class
Since this is for a single-dish telescope, there should be only one instance of this class. It is identified with the FITS keyword TELESCOP.
-
A Telescope() instance has these additional attributes::
active - can be set to False to indicate that it is unservicable
data - a dictionary with parameters for location, pointing, etc.
- front_ends - a list of front end objects on the telescope. This is
generated automatically as the front-end objects are created
receivers - a list of down-converter objects on the telescope
backends - a list of signal processing and recording devices
Attributes Summary
Attributes Documentation
-
name
¶
-


Id: 86
Name: Cyclops Rick
Status: Dead
Species: Humanoid
Type:
Gender: Male
OriginName: unknown
OriginUrl:
LocationName: Citadel of Ricks
LocationUrl: https://rickandmortyapi.com/api/location/3
Image: https://rickandmortyapi.com/api/character/avatar/86.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/10', 'https://rickandmortyapi.com/api/episode/22', 'https://rickandmortyapi.com/api/episode/28']
Url: https://rickandmortyapi.com/api/character/86
Created: 2017-11-30T20:53:10.382Z


--- layout: post title: Post Number 1 ---
Wow, my first post. I think its only polite to introduce myself before I get down to business in the next posts. I've now been working for Driven Software for one month. Its been a fantastic journey so far and I've been learning so much. My current role is as a scrummaster in one of the agile teams that Driven Software is coaching and helping. It's a great team to work with - a good code base and a really interesting project with lots of potential.
This blog will be focused on my experiences learning and implementing agile principles and methodologies. My main aim will be to mention and highlight things that the textbooks leave out, the tips and tricks that come only with experience and putting Agile into practice. The team I'm working on is using Scrum with some XP methodologies. I am also really interested in Kanban and Lean. I hope to find a way to combine them in an effective way for the teams I work with.
So stay tuned, the fun is about to begin!
*picture courtesty of Deviantart


Welcome
to the shipcloud developer portal where you - the developer - will hopefully get all the information you
need to get started with integrating shipcloud into your own service, shop, app or other crazy idea.
This is supposed to be your one stop for all developer needs. If you have any questions, feel free to contact us.
If there's anything missing in this portal, you've found a typo, bug or something isn't clear, the developer
portal is build as a public repository on github. Feel free to fork it, change things, make a pull request or
even run your own local version of it.
Getting started
If you want to start testing our services fast - this is the way to go! Just follow these
simple steps:
-
First of all you
register for our free developer plan.
-
Afterwards you can
get your api keys from our backoffice
-
Start implementing your first api call using our
api reference.
Integration guide
If you like to know the ins and outs of our services and our api or want to write a new
plugin, extension, module, or library for your software or programming language, the best way
to get started is by downloading and reading the
integration guide.
In our integration guide we're trying to give you the best possible overview of what
shipcloud is trying to support you with. We're also providing you with an overview of
possible use cases and pitfalls when implemeting a shipping solution.
Concepts
Afterwards you should consider reading about a few of the
concepts
and principles that our api and services are adhering to. On our concepts page we're trying
to explain stuff like authentication, versioning, timeouts and a lot more basic and important
things you should know about when working with our api.
Newsletter
Always stay up to date with our
developer journal
where we're writing about changes and updates to our api, providing you with useful insights
and keeping you up to date about where you can meet us to talk about the development side of
our services.
Not a developer?
Don't panic! We've got you covered! There are already a hand full of
plugins
written by other developers for a lot of the largest online shopping software solutions.
We're also directly integrated into a few shopping services like Gambio, Jimdo and
VersaCommerce.
Need help?
If at any point you're getting the feeling that you're lost or you're simply having a
question, because something we're describing isn't clear to you. Don't hesitate to
contact us. We also have a Slack channel. If you
want to join us there, just send an email and we'll invite you.


| pause expn |
The interpreter maintains a counter which it considers to be simulated time. The only execution that causes this counter to increase is the pause statement. The process executing the pause is blocked until the counter has counted forward the number of units given by expn. All other statements (except wait) are considered to be infinitely fast. Several processes can be executing pause statements simultaneously.
The use of simulated time allows Turing to be used as a simulation language in which the pause statement simulates the passage of time in the simulated system.


We all wish to bring smiles to hundreds of children by donating needful items to them by collecting from the people who want to donate.
Your old stuff can be someone's new gift.
Nearest NGO will collect excess food from wedding receptions, parties, social functions, hotels and individual donors for distribution among hungry and poor people.
Help NGOs in their fund-raising efforts and provide Volunteers to NGOs and collaborate between NGOs and Volunteers.


Sayan, a colleague of mine, asked me two puzzles a few days ago. I was able to answer one of them, and could not solve the other. Here are the puzzles, first the one which I could not solve, and then the one which I could.
There are two jars. First jar contains two capsules of type A, the other one contains two capsules of type B. Your doctor has asked you to take one type A and one type B capsule everyday, for next 2 days. The capsules are indistinguisable from each other.
However, because of a little child, the capsules got mixed up. How can you still follow doctor's instructions?
Answer after a bit of scrolling.
Just take half of each of the four capsules on both the days!
You are blindfolded. You have 26 coins on a table, and you know that 20 of them are heads-up and other 6 are tails-up. For a given coin, you cannot tell whether it is heads-up or tails-up (by touching it or otherwise). You have to divide the coins in two groups such that each group contains equal number of tails. You are allowed to flip the coins.
Answer after a bit of scrolling.
Divide the coins in two groups, containing 20 and 6 coins respectively. Flip all the coins in the second group. Now both the groups contain equal number of tails-up coins.
Why? If first group had $k$ tails-up coins, second group will have $6-k$ tails-up coins. Thus, second group will have $k$ heads-up coins. After flipping, second group will have $k$ tails-up coins. Value of $k$ may be anything from 0 to 6.
We can generalize it. Let's say we have $k_1 + k_2$ coins on table such that $k_1$ of them are heads-up and $k_2$ are tails-up. Now, to ensure equal number of tails-up coins in two groups, divide the coins in group of $k_1$ and $k_2$ coins, and flip the second group. Again, if first group has $k$ tails-up coins, second group has $k_2-k$ tails-up coins. Thus, it has $k$ heads-up coins, and on flipping it will have $k$ tails-up coins.


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