The Walking Dead: Questions we have after shock death and Whisperers twist
*Warning, this article contains spoilers for The Walking Dead, read at your own risk.
The Walking Dead has had us all fooled into thinking Siddiq (Avi Nash) was secretly working alongside the Whisperers after the brutal beheadings of season nine.
But it turns out his right-hand man, Dante (Juan Javier Cardenas), was the spy and has been playing games on Siqqid all along, finally resulting in him killing his fellow doctor.
Yes, you read that right – Siddiq is gone, deceased, and was strangled to death at the hands of his protégé in the latest instalment of the zombie hit, Open Your Eyes.
But while we come to terms with losing yet another fan favourite, we’ve been left with a whole host of questions following episode seven, but let’s start with the most pressing…
How will Dante cover up Siddiq’s murder?
Dante has been jokingly flirting with Siddiq over the best part of season 10, so we were shocked to see him murder the man we were quietly hoping he’d end up with.
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But how is he going to cover this one up?
We know that Siddiq has been battling with Post Traumatic Stress Disorder after he witnessed Alpha (Samantha Morton) kill his friends and stick their heads on spikes at the end of the last season.
So, part of us believes Dante will frame a suicide, after all, Rosita did find her man attempting to take his own life earlier on in the episode.
Whether or not she will believe he has gone through with it is still unknown, but this could be the only plausible get out Dante might have to keep spying on his enemies.
Will Dante’s secret be revealed?
Now, we’re pretty convinced Siddiq is dead (even though Negan, played by Jeffrey Dean Morgan, did manage to come back after having his throat slit in season nine), so he doesn’t need to worry about the doctor revealing his secret.
But will Rosita keep on pushing for answers, or will she believe however Dante manages to cover up his death?
Siddiq managed to find out that the community was falling ill because they were drinking an infected supply of water, so hopefully his baby mummy will start to get her strength back.
And she’s not one to sit quietly and watch the world go by, no, if Rosita (Christian Serratos) catches wind that there’s something suspicious going on, she will not stop until she gets answers.
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While Dante will probably pretend to mourn the death of his ‘friend’, we think it won’t be long until questions will be asked – and he needs to watch his back.
How will Alpha react to losing a Whisperer at the hands of Carol?
While the Siddiq’s shock death might have our attention, we’re also pretty concerned for Carol (Melissa McBride) after her captive was murdered by Dante.
In last week’s episode, she ended up kidnapping a Whisperer after trying to find the horde of walkers Alpha has been hiding.
However, despite trying to keep him safe in their homemade prison, medication was mixed up and the enemy ended up dying in Alexandria.
Once Alpha learns about this, she will obviously retaliate, even though it was one of her own who ended up murdering the man.
Will this be Carol’s chance to kill Alpha? Or will she take down even more of our original people?
Will Lydia join the Whisperers again?
Carol asked Lydia (Cassady McClincy) for help and ended up shocking Gamma (Thora Birch) with her after learning the Whisperers believed Alpha had murdered her own daughter.
When realising she had been used by Carol, the former Whisperer insisted she was on her own side before she crossed the border into Alpha’s territory and ran away.
But where was she running to? And is this the last we’ll see of her?
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We know that Lydia only had loyalties to the Alexandrians because she was dating the now dead community member, Henry.
So, will she turn her back on the group and re-join her mother’s people, or will she come around and help fight against the Whisperers again?
How will Gamma deal now she knows Lydia is alive?
Gamma has found out that Alpha has been lying to her about Lydia’s ‘death’.
The Whisperer came face to face with her leader’s daughter in the dead of night after she was led to believe that Lydia had been murdered.
Now she knows how Alpha will lie to her people, will Gamma stay loyal? Or will she become the Alexandrian version of Dante and spy for our people on the enemy.
She has recently been making friends with Aaron (Ross Marquand) and showed how upset she was that her sister had been murdered by Alpha.
Gamma has reason not to like Alpha and has now learned that she is untrustworthy – giving her incentive to betray the show’s villain and take her down from the inside.
Guess we will have to wait and find out, as The Walking Dead continues Sunday on AMC in the US and follows a day later here in the UK.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


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Many researchers, museums, and archivists are struggling to host and
protect a vast amount of important public data. Although the price of
high capacicity hard drives has decreased significantly in recent years,
most open-source and scientific organizations don't have the ability to
build and maintain their own hosting infastructure. As such many groups
get trapped relying on expensive cloud storage providers. For continuously well
funded projects, cloud storage is an excepted line item, but for smaller projects
with limited term grants, once the grant money runs out often times researchers are
forced to move their data to offline external hard drives.
Moreover many museums simply can't afford to take the steps to digitize their collections
because of the lasting monthly expenses cloud storage would require.
After working with a number of these grant supported projects and watching them fail to find
a sustainable storage solution, we decided to build Arken.
Arken is a storage system built to lower the bar needed to sustainably and affordably
host and back up publicly accessible data. Instead of needing a powerful enterprise server
Arken can run on almost anything--including a $35 dollar Raspberry Pi.
Utilizing IPFS (the Inter-Planetary Filesystem) Arken also makes content publicly accessible
without requiring organizations to register a static ip address or learn to port forward and setup
a web server on your own.
Truly backing up any piece of data means having multiple copies. (Optimally even in geographically different regions.)
 The Core Arken Cluster is the official data repository maintained by
the Arken Project, dedicated to preserving open source and scientific data. Besides being an Archival System, Arken is also a community
of researchers, organizations, and individuals contributing storage space to the core cluster. As a member of the Core Cluster
organizations agree to host a subset of eachothers data. By creating a geographically distributed backup, your data will never be lost
in the case that any single node fails or looses connection.
If you are an individual or organization without the ability to host your own system, you may apply for an allocation to the Core Arken Cluster by submitting your files as an application. The Arken Project typically gives allocations to researchers in need who's data is at risk of being lost and who's data will benefit the public by being openly accessible. If you believe your data falls into this category please submit your application to the core-keyset using the Arken import tool.
Arken is a management engine that runs on top of the IPFS (Interplanetary File System) protocol. Each instance of Arken calculates which important files are hosted by the fewest number of other nodes on the network and should thus be locally backed up to reduce the risk of data loss. Arken also knows how much space it's using on your system and will respect limits you set by locally deleting data that is backed up more than a specified number times across the cluster.
If you are a researcher, collections curator, or open source publisher check out our guide on using the Arken Import Tool to submit & upload your data to the Core Arken Cluster here.
Checkout the Core Keyset, open up a keyset file to explore the File IDs contained within. To view the file in your browser or download it you can then paste the link to the Arken to Web Link like so.
https://link.arken.io/ipfs/REPLACE-ME-WITH-FILE-ID


WHY DO FOOLS FALL IN LOVE? A film review by Matt Williams
RATING: * * out of * * * *
Why Do Fools Fall in Love is an unusual biopic...one that isn't terribly interested about its subject. It's more concerned with the various other lives which are intersected and thrown into turmoil.
Why Do Fools Fall in Love tells the story of singer Frankie Lymon (Larenz Tate), who in 1955 wrote his first smash hit (the title song), at the age of 13. However, his star burned bright and brief. He quickly spiraled into despair, drugs and death.
The film takes place in 1986, and reveals Frankie's story in flashbacks. Many years after his death, Diana Ross performs a best-selling version of Why Do Fools Fall in Love...adding many dollars to Frankie's previously bankrupt estate. Soon, there is not one, but three separate women who each claim to be Frankie's widow, and entitled to the fortune.
One woman is Zola Taylor (Halle Berry), a singer with The Platters, who toured sometimes with Frankie. Another is Elizabeth Waters (Vivica A. Fox), a shoplifter who helps Frankie through the lowest valleys of his life. The third is Emira Eagle (Lela Rochon), a somewhat prissy schoolteacher who loved Frankie during his final days.
It's difficult to point out exactly where Why Do Fools Fall in Love goes wrong. For starters, it drags on about a half an hour too long. Each woman tells her own story about Frankie Lymon, and by the time you've reached the second one, you're ready for the film to end.
The film tries to portray Frankie in three different lights, as seen by each of his three "wives". However, the pictures they paint aren't as surprisingly dissimilar as they claim to be. Add to that the fact that Frankie never truly emerges as a compelling enough character for a two hour biopic, and you're in for a long sit.
Still, although Larenz Tate is somewhat undefined in his role, the three lead actresses give it a good try. None of them are quite convincing in their "middle-aged" scenes set during the 1980s, however. Of the three, Vivica A. Fox has the juiciest role, and is quite convincing as the unlikely target of Frankie's love who would (and does) do anything to prove her devotion.
Why Do Fools Fall in Love has an interesting concept, but is poorly executed. The film should have put more focus on Frankie, and why he was the way he was. Instead, we are left with a collection of fading memories that are never quite as vibrant when told second-hand.
Copyright 1998 Matt Williams
- Matt Williams<EMAIL_ADDRESS>Reviewer for Cinematter: http://www.cinematter.com Home of over 600 reviews, and information on nearly 700 upcoming releases
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Class InboxDto
Representation of a MailSlurp inbox. An inbox has an ID and a real email address. Emails can be sent to or from this email address. Inboxes are either SMTP
or HTTP
mailboxes. The default, HTTP
inboxes, use AWS SES to process emails and are best suited as test email accounts and do not support IMAP or POP3. SMTP
inboxes use a custom mail server at mx.mailslurp.com
and support SMTP login, IMAP and POP3. Use the EmailController
or the InboxController
methods to send and receive emails and attachments. Inboxes may have a description, name, and tags for display purposes. You can also favourite an inbox for easier searching.
Inherited Members
Namespace: mailslurp.Model
Assembly: mailslurp.dll
Syntax
[DataContract(Name = "InboxDto")]
public class InboxDto : IEquatable<InboxDto>, IValidatableObject
Constructors
View SourceInboxDto()
Initializes a new instance of the InboxDto class.
Declaration
[JsonConstructor]
protected InboxDto()
InboxDto(Guid, Guid?, DateTime, string, Guid?, string, string, string, bool, List<string>, InboxTypeEnum?, bool, bool)
Initializes a new instance of the InboxDto class.
Declaration
public InboxDto(Guid id = default, Guid? userId = null, DateTime createdAt = default, string name = null, Guid? domainId = null, string description = null, string emailAddress = null, string expiresAt = null, bool favourite = false, List<string> tags = null, InboxDto.InboxTypeEnum? inboxType = null, bool readOnly = false, bool virtualInbox = false)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the inbox. The ID is a UUID-V4 format string. Use the inboxId for calls to Inbox and Email Controller endpoints. See the emailAddress property for the email address or the inbox. To get emails in an inbox use the WaitFor and Inbox Controller methods |
| Guid? | userId | ID of user that inbox belongs to. |
| DateTime | createdAt | When the inbox was created. Time stamps are in ISO DateTime Format |
| string | name | Name of the inbox and used as the sender name when sending emails .Displayed in the dashboard for easier search. |
| Guid? | domainId | ID of custom domain used by the inbox if any. |
| string | description | Description of an inbox for labelling and searching purposes. |
| string | emailAddress | The inbox's email address. Inbox projections and previews may not include the email address. To view the email address fetch the inbox entity directly. Send an email to this address and the inbox will receive and store it for you. Note the email address in MailSlurp match characters exactly and are case sensitive so |
| string | expiresAt | Inbox expiration time. When, if ever, the inbox should expire and be deleted. If null then this inbox is permanent and the emails in it won't be deleted. This is the default behavior unless expiration date is set. If an expiration date is set and the time is reached MailSlurp will expire the inbox and move it to an expired inbox entity. You can still access the emails belonging to it but it can no longer send or receive email.. |
| bool | favourite | Is the inbox a favorite inbox. Make an inbox a favorite is typically done in the dashboard for quick access or filtering (required). |
| List<string> | tags | Tags that inbox has been tagged with. Tags can be added to inboxes to group different inboxes within an account. You can also search for inboxes by tag in the dashboard UI.. |
| InboxDto.InboxTypeEnum? | inboxType | Type of inbox. HTTP inboxes are faster and better for most cases. SMTP inboxes are more suited for public facing inbound messages (but cannot send).. |
| bool | readOnly | Is the inbox readOnly for the caller. Read only means can not be deleted or modified. This flag is present when using team accounts and shared inboxes. (required). |
| bool | virtualInbox | Virtual inbox can receive email but will not send emails to real recipients. Will save sent email record but never send an actual email. Perfect for testing mail server actions. (required). |
Properties
View SourceCreatedAt
When the inbox was created. Time stamps are in ISO DateTime Format yyyy-MM-dd'T'HH:mm:ss.SSSXXX
e.g. 2000-10-31T01:30:00.000-05:00
.
Declaration
[DataMember(Name = "createdAt", IsRequired = true, EmitDefaultValue = true)]
public DateTime CreatedAt { get; set; }
Property Value
| Type | Description |
|---|---|
| DateTime | When the inbox was created. Time stamps are in ISO DateTime Format |
Description
Description of an inbox for labelling and searching purposes
Declaration
[DataMember(Name = "description", EmitDefaultValue = true)]
public string Description { get; set; }
Property Value
| Type | Description |
|---|---|
| string | Description of an inbox for labelling and searching purposes |
DomainId
ID of custom domain used by the inbox if any
Declaration
[DataMember(Name = "domainId", EmitDefaultValue = true)]
public Guid? DomainId { get; set; }
Property Value
| Type | Description |
|---|---|
| Guid? | ID of custom domain used by the inbox if any |
EmailAddress
The inbox's email address. Inbox projections and previews may not include the email address. To view the email address fetch the inbox entity directly. Send an email to this address and the inbox will receive and store it for you. Note the email address in MailSlurp match characters exactly and are case sensitive so +123
additions are considered different addresses. To retrieve the email use the Inbox and Email Controller endpoints with the inbox ID.
Declaration
[DataMember(Name = "emailAddress", IsRequired = true, EmitDefaultValue = true)]
public string EmailAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| string | The inbox's email address. Inbox projections and previews may not include the email address. To view the email address fetch the inbox entity directly. Send an email to this address and the inbox will receive and store it for you. Note the email address in MailSlurp match characters exactly and are case sensitive so |
ExpiresAt
Inbox expiration time. When, if ever, the inbox should expire and be deleted. If null then this inbox is permanent and the emails in it won't be deleted. This is the default behavior unless expiration date is set. If an expiration date is set and the time is reached MailSlurp will expire the inbox and move it to an expired inbox entity. You can still access the emails belonging to it but it can no longer send or receive email.
Declaration
[DataMember(Name = "expiresAt", EmitDefaultValue = true)]
public string ExpiresAt { get; set; }
Property Value
| Type | Description |
|---|---|
| string | Inbox expiration time. When, if ever, the inbox should expire and be deleted. If null then this inbox is permanent and the emails in it won't be deleted. This is the default behavior unless expiration date is set. If an expiration date is set and the time is reached MailSlurp will expire the inbox and move it to an expired inbox entity. You can still access the emails belonging to it but it can no longer send or receive email. |
Favourite
Is the inbox a favorite inbox. Make an inbox a favorite is typically done in the dashboard for quick access or filtering
Declaration
[DataMember(Name = "favourite", IsRequired = true, EmitDefaultValue = true)]
public bool Favourite { get; set; }
Property Value
| Type | Description |
|---|---|
| bool | Is the inbox a favorite inbox. Make an inbox a favorite is typically done in the dashboard for quick access or filtering |
Id
ID of the inbox. The ID is a UUID-V4 format string. Use the inboxId for calls to Inbox and Email Controller endpoints. See the emailAddress property for the email address or the inbox. To get emails in an inbox use the WaitFor and Inbox Controller methods waitForLatestEmail
and getEmails
methods respectively. Inboxes can be used with aliases to forward emails automatically.
Declaration
[DataMember(Name = "id", IsRequired = true, EmitDefaultValue = true)]
public Guid Id { get; set; }
Property Value
| Type | Description |
|---|---|
| Guid | ID of the inbox. The ID is a UUID-V4 format string. Use the inboxId for calls to Inbox and Email Controller endpoints. See the emailAddress property for the email address or the inbox. To get emails in an inbox use the WaitFor and Inbox Controller methods |
InboxType
Type of inbox. HTTP inboxes are faster and better for most cases. SMTP inboxes are more suited for public facing inbound messages (but cannot send).
Declaration
[DataMember(Name = "inboxType", EmitDefaultValue = true)]
public InboxDto.InboxTypeEnum? InboxType { get; set; }
Property Value
| Type | Description |
|---|---|
| InboxDto.InboxTypeEnum? | Type of inbox. HTTP inboxes are faster and better for most cases. SMTP inboxes are more suited for public facing inbound messages (but cannot send). |
Name
Name of the inbox and used as the sender name when sending emails .Displayed in the dashboard for easier search
Declaration
[DataMember(Name = "name", EmitDefaultValue = true)]
public string Name { get; set; }
Property Value
| Type | Description |
|---|---|
| string | Name of the inbox and used as the sender name when sending emails .Displayed in the dashboard for easier search |
ReadOnly
Is the inbox readOnly for the caller. Read only means can not be deleted or modified. This flag is present when using team accounts and shared inboxes.
Declaration
[DataMember(Name = "readOnly", IsRequired = true, EmitDefaultValue = true)]
public bool ReadOnly { get; set; }
Property Value
| Type | Description |
|---|---|
| bool | Is the inbox readOnly for the caller. Read only means can not be deleted or modified. This flag is present when using team accounts and shared inboxes. |
Tags
Tags that inbox has been tagged with. Tags can be added to inboxes to group different inboxes within an account. You can also search for inboxes by tag in the dashboard UI.
Declaration
[DataMember(Name = "tags", EmitDefaultValue = true)]
public List<string> Tags { get; set; }
Property Value
| Type | Description |
|---|---|
| List<string> | Tags that inbox has been tagged with. Tags can be added to inboxes to group different inboxes within an account. You can also search for inboxes by tag in the dashboard UI. |
UserId
ID of user that inbox belongs to
Declaration
[DataMember(Name = "userId", EmitDefaultValue = true)]
public Guid? UserId { get; set; }
Property Value
| Type | Description |
|---|---|
| Guid? | ID of user that inbox belongs to |
VirtualInbox
Virtual inbox can receive email but will not send emails to real recipients. Will save sent email record but never send an actual email. Perfect for testing mail server actions.
Declaration
[DataMember(Name = "virtualInbox", IsRequired = true, EmitDefaultValue = true)]
public bool VirtualInbox { get; set; }
Property Value
| Type | Description |
|---|---|
| bool | Virtual inbox can receive email but will not send emails to real recipients. Will save sent email record but never send an actual email. Perfect for testing mail server actions. |
Methods
View SourceEquals(InboxDto)
Returns true if InboxDto instances are equal
Declaration
public bool Equals(InboxDto input)
Parameters
| Type | Name | Description |
|---|---|---|
| InboxDto | input | Instance of InboxDto to be compared |
Returns
| Type | Description |
|---|---|
| bool | Boolean |
Equals(object)
Returns true if objects are equal
Declaration
public override bool Equals(object input)
Parameters
| Type | Name | Description |
|---|---|---|
| object | input | Object to be compared |
Returns
| Type | Description |
|---|---|
| bool | Boolean |
Overrides
View SourceGetHashCode()
Gets the hash code
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| int | Hash code |
Overrides
View SourceToJson()
Returns the JSON string presentation of the object
Declaration
public virtual string ToJson()
Returns
| Type | Description |
|---|---|
| string | JSON string presentation of the object |
ToString()
Returns the string presentation of the object
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| string | String presentation of the object |
Overrides
View SourceValidate(ValidationContext)
To validate all properties of the instance
Declaration
public IEnumerable<ValidationResult> Validate(ValidationContext validationContext)
Parameters
| Type | Name | Description |
|---|---|---|
| ValidationContext | validationContext | Validation context |
Returns
| Type | Description |
|---|---|
| IEnumerable<ValidationResult> | Validation Result |


Hello, World!
I am passionate about the environment, electric vehicles, and obsessed with making good food.
Currently I work as a mechanical engineer in the bustling Bay Area, hoping to make a zero-emission future a reality.
Reach out if you are curious about one of my projects!
james.nee@therightnee.com


Introduction & Overview
Get off to a good start by making sure your computer, Intel® Edison, and Intel® IoT Gateway are ready for IoT development.
By the end of this module, you should be able to:
Instructions for the Intel® IoT Gateway using Windows
Check the side of your Intel® Iot Gateway. The Gateway’s network SSID should be labelled on the side. The network SSID will look something like "IDPDK-22a6".
From your development computer, connect to the SSID labelled on your Gateway.
The password to your gateway is "windriveridp"
Double-click putty.exe on your computer to launch PuTTY.
The IP address of the Intel Iot Gateway is <IP_ADDRESS>
.
You can login with the username "root" and the password “root.”
You should now be logged into the Intel® IoT Gateway.
Instructions for the Intel® Edison Kit for Arduinowith Arduino-compatible expansion board.
Connect your Intel® Edison to your computer as described below.
(1) microswitch in "USB device mode" (i.e. toggled down towards the micro-USB ports)
(2) device mode micro-USB cable plugged into your computer
(3) UART/serial micro-USB cable plugged into your computer
The Arduino expansion board for Intel® Edison can be powered via the DC power jack, the device mode micro-USB port, or both. This setup uses only a micro-USB cable for power.
Wait one minute for the Intel® Edison to finish booting up.
How do you know when the board is ready?
You will know that the Intel® Edison is fully initialized when your computer mounts a new drive (much like inserting a SD card into your computer).
The Intel® Edison should now have a green light lit indicating that it has been powered on and you should see a new "Edison" drive mounted.
Instructions for the Intel® Galileo or Intel® Edison using Windows.
If you need to configure your IoT board, you will need to remotely connect to the Intel® Edison or Intel® Galileo. Once connected to your Intel® IoT board, you have access to the Linux-based Yocto operating system running on the board.
Open Device Manager and scroll down to the "Ports (COM & LPT)" section.
Windows 7 and below:
Windows 8:
Make a note of your COM # for the "USB Serial Port" device.
Do you have the right COM number?
Use the COM # shown in your Device Manager. In the screenshot, it is "COM3" but your computer will have unique COM port number assignments and may be different from the screenshot.
Do not use the COM number for "Intel Edison USB Composite Device" or "Intel Edison Virtual Com Port".
Double-click putty.exe on your computer to launch PuTTY.
In PuTTY, double-check that you are in the "Session" screen.
Select the "Serial" radio button under "Connection type".
Specify the destination you want to connect to:
Serial Line: use the COM # noted previously in step #2 by using Device Manager
Speed: use "115200" for the baud rate
Click "Open" to connect to the board.
When you see a blank screen, press the Enter key.
Once connected you will see a login prompt.
Type in "root" for the username and press Enter.
You are now logged into your IoT board and can run shell commands!
Set up your board using the configure_edison
command with the --setup
flag.
You will use these credentials to connect to the board if you need to re-connect the serial connection, or program the board using the Intel® XDK in the next section of this workshop module.
configure_edison --setup
Follow the prompts to set the device password to be "intel123".
Then follow the prompts to give your Intel® Edison device an easy to recognize name.
When asked if you want to set up wifi, type "Y" and press Enter.
The Intel® Edison will scan for Wi-Fi networks and display a list of available networks when finished.
Locate your Intel® IoT Gateway SSID in the list and enter the corresponding number in the prompt. Press Enter.
To confirm your entry, type "Y" and press Enter.
The network in this example requires a password. Your network might require other information. Enter the appropriate network credentials. Press Enter when finished.
The Intel® Edison will attempt to make a connection to the Intel® IoT Gateway.
When you see a "Done" message, you are now connected to the Gatewaya Wi-Fi network.
Note the IP address. You will need it in Step 4: Deploy sample application with the Intel® XDK IoT Edition.
You should now understand how to gain shell access to your Intel® Edison. And your Intel® Edison should now be connected to your Intel® IoT Gateway.
Instructions for the Intel® Galileo or Intel® Edison using any computer OS platform
The Intel® XDK IoT Edition lets you create and test applications on Intel® IoT platforms. It uses NodeJS to communicate with all the GPIOs, libraries, and packages. The IoT edition also provides NodeJS templates for creating new applications that interact with sensors and actuators, enabling you to get a quick start on developing for the Internet of Things.
Launch Intel® XDK IoT Edition.
Follow the on-screen instructions to sign up for an Intel® XDK account, or log in to a pre-exis ting account.
Under the "Internet of Things Embedded Application" option in the lefthand menu, select "Templates".
A list of templates for developing Node.js applications will be shown. Select "Onboard LED Blink" template, then click "Continue".
Choose a directory for your project files, and enter a name for your project.
Click "Create" in the bottom right corner.
The Intel® XDK IoT Edition will automatically detect Intel® IoT devices on your network and display them in the "IoT Device" drop down list.
In the bottom left corner of the Intel® XDK, click the "IoT Device" drop down list which currently indicates "- Select a Device -".
Select your target Intel® Galileo or Intel® Edison from the list. If there are multiple devices, choose based on the device name and IP address.
Do not see your device in the "IoT Device" drop down list?
From the "IoT Device" menu, instead choose "Add Manual Connection".
Click "Connect".
Wait a moment for the connection to be established. Use the username "root" and password "intel123" if prompted. A popup window will appear to confirm the connection status.
In the bottom toolbar, click the "Manage your daemon/IoT device" icon.
Select "sync PC time w/ clock on target device".
A message in the console log will appear to confirm the update.
In the bottom toolbar, click the "Install/Build" icon.
In the popup, click "Build".
Wait a moment for the packages to download and install. You will see a confirmation message in the console log.
In the bottom toolbar, click the "Upload" icon to upload the current project to the device.
Check the console log for a message confirming the upload.
In the bottom toolbar, click the "Run" icon to run the project that is currently installed on the device.
Keep an eye on the console log bar for any runtime errors.
Click the "Toggle console window" icon if you see any messages and the console is not already expanded.
Get a "cannot find module mraa" message?
If you see this error message, your board is missing libmraa, a library for GPIO communication on Linux platforms.
Connect to your IoT board via serial or SSH. Then run the following commands:
echo "src mraa-upm http://iotdk.intel.com/repos/1.1/intelgalactic" > /etc/opkg/mraa-upm.conf
opkg update
opkg install libmraa0
The first command will edit the mraa-upm config file on the board. The last two commands use the board's built-in Opkg package manager to download and update the missing library
After updating the MRAA libraries, return to the Intel® XDK. Click the "Run" icon again to re-run the project on the device
Look at your Intel® IoT board for a blinking light.
Intel® Galileo Gen 2
A green LED is located near the USB port.
Intel® Edison
The LED is located near the center of the board.
Congratulations, you just ran your first Intel® XDK application!
You should now be able to build and deploy projects using the Intel® XDK. An LED should be blinking on your Intel® IoT board.
Ready for the next module?


"Behind me here to the South-East, there is a table east of the scanning station. On it, you will find a binder with job openings listed inside."
I see, you say.
"There are lots of materials on making resumes and different programs we offer related to career coaching on the table. You can also fill out a career coaching inquiry slip and put it in the box there to start working with a coach."
Thanks, you say.
| Go North | ||
| Go West | Go East | |
| Go South |


This command creates and optionally executes syntax for reading a file in Triple-S format, version 2.0. For details on the standard, see http://http://www.triple-s.org/
A Triple-S survey consists of a metadata file in xml format that describes the data format, labels, multiple response set definitions and other information and a data file in fixed or csv format.
Overall information such as the survey title and date is stored in a Document object in the dataset. Text custom attributes for variables may also be created in addition to variable and value labels. If a single variable or multiple category set includes score attributes, they are stored as a custom array attribute named score. The elements have the form value|score. If value includes the vertical bar, it is written as \|.
• Variables of type Date or Time are read as strings. You can use the Date/Time Wizard to convert these to SPSS dates.
• No attempt is made to shorten names or labels that exceed the maximum lengths supported in Statistics.
• Triple-S names are case sensitive while Statistics names are not, so it is possible to have a name collision.
• The Triple-S standard requires the comma as the field separator in csv format. If you are reading a csv file and are in a locale where comma is the decimal character, you may have to change your Statistics locale in order to read the file unless values with decimals are quoted.
• Language tagged strings are not currently supported.
Browse for a Triple-S Metadata File Select the metadata file that describes the data.
• Metadata files of type Hierarchy are not supported.
Browse for the Data File Select the data file described by the metadata. If no selection is made, the data file is assumed to have the same root name as the metadata file and extension .txt and to be in the same location.
Syntax File to Save Specify a syntax file to hold the syntax that is generated to read the file.
Execute generated syntax Check this box to execute the generated syntax and read the file.
• Either a syntax file must be specified or the Execute box must be checked or both.
String Missing Value Code Missing value codes are not specified in the metadata file. By default, this command will generate a code that is outside the range of valid values if missing values are indicated for a variable. To specify a specific code for all string variables that have missing values, enter it here. Note that string missing value codes in Statistics are limited to 8 bytes in length.
Multiple Dichotomy Value Labels Multiple dichotomy sets are defined with component variable values of 0 and 1. Specify the label text here.
Create custom attribute with full variable label text If variable label text exceeds the Statistics variable label length limit, which is 255 bytes in current versions, the text is truncated. Check this box to create a custom attribute name FullLabelText with the full text regardless of length.
Remove HTML markup from text The Triple-S standard does not support HTML markup, but in practice it may be present. Click this box to remove any HTML markup from text. That causes text of the form <...> to be removed, but this could also match text that is not actually an html tag to be deleted.
Recode variables with score attributes to the score values The Triple-S standard allows for variable values to have a score attribute that specifies a value associated with each input value. Check this box to recode the input values automatically to their score values. Multiple response variables are not recoded. Value labels assigned to the input values are remapped to the score values. If score values are not all distinct, the first value label is used.
• Any value that does not have a score attribute is not recoded
• Since the recodes replace values in the variable being recoded, score attributes for numeric variables must not be nonnumeric strings.
In syntax you can specify whether the data file is encoded in Unicode utf-8 or in the current SPSS code page. The Triple-S standard requires code page input, but Unicode may be encountered and should work.
By default, the maximum record length for the data is 50,000 bytes. In syntax you can specify a larger number.
This dialog generates syntax for the STATS GET TRIPLES extension command. To display syntax help for this command, run the following syntax:
STATS GET TRIPLES /HELP.


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0" class="custom-error">
Name:
- should be between 1 and 100 characters long.
- should start with a capital letter and should contain only cyrillic letters and spaces.
0" class="custom-error">
Post Code:
- should be a whole number in range [1000, 9999]
0" class="custom-error">
Latitude:
- should be a number in range (-90, 90).
0" class="custom-error">
Longitude:
- should be a number in range (-180, 180).
0" class="custom-error">
Location Type:
- shoule be either 'град' or 'село'.


Coding happens when programmers write text in a language that a computer can understand. The computer can then follow the instructions the programmer wrote.
Basic HTML involves using Tags, Elements and Attributes within the code to make your webpage more user friendly and appealing. Tags can change the appearance of words from normal test to something else for example HTML stands for Hypertext Markup. Elements are everything from the start tag through the end tag.
Webpages can use HTML as the structure, CSS for style, and Javascript in order to have interactive components.


Create an account on Google Cloud Platform.
In order to explore the Kubernetes cluster on Google Kubernetes Engine you need to install the Google Cloud SDK command line tool.
Linux/Mac:
curl https://sdk.cloud.google.com | bash
exec -l $SHELL
gcloud init
Windows:
gcloud init
gcloud init
command.Authenticate in the browser when you are asked to with the gcloud init
command.
Pick an existing project as your default for now (option 1). Example on the output in your terminal:
Pick cloud project to use:
[1] arched-media-225216
[2] Create a new project
Please enter numeric choice or text value (must exactly match list
item): 1
We need a cluster where we want to run our application.
You can create the cluster both in the Console view in your browser and by the gcloud command line tool.
We will use the Console to do it and also look at the equivalent gcloud command provided by the Google Console.
cv-cluster
.europe-north1-a
(which is in Finland).gcloud components install kubectl
The cloud SDK installs the tool for you. This tool is not Google Cloud specific, but is used to operate Kubernetes clusters regardless of where they are hosted.
gcloud container clusters list
If the status of your cluster is RUNNING
, move on to the step 3. If there is no output, you might have the wrong project set in your config file. Do this to set the correct project:Google Cloud Platform
. This should open a modal where at least one project is listed.gcloud config set project INSERT_PROJECT_ID
gcloud container clusters list
gcloud config set compute/zone europe-north1-a
gcloud container clusters get-credentials cv-cluster
What this does is to write credentials to the file ~/.kube/config
. You can take a look at that file too see what is written to it.
Extra task: If you want bash autocompletion for kubectl, follow these steps.
Now that we are authenticated, we can look at the components in our cluster by using the kubectl command.
kubectl get nodes
kubectl describe nodes <INSERT_NODE_NAME>
A node is a worker machine in Kubernetes. A node may be a VM or physical machine, depending on the cluster.
You need your own fork of the repository to create build triggers that will listen to changes in your code.
To create a deployment on Kubernetes, you need to specify at least one container for your application.
Kubernetes will on a deploy pull the image specified and create pods with this container.
Docker is the most commonly used container service in Kubernetes.
In this repository you will find code for both applications in the backend and frontend directories.
Each of these folders also have their own Dockerfile.
Take a look at the docker files too see how they are built up:
Notice the .dockerignore
files inside both the frontend directory and the backend directory as well.
This file tells the Docker daemon which files and directories to ignore, for example the node_modules
directory.
One way to create Docker images is to manually create ands build images on your own computer with the Docker daemon. Instead, we are going to automatically build images by using build triggers in Google Cloud Platform.
Tag
.cv-backend-.*
backend/
Dockerfile
gcr.io/$PROJECT_ID/backend:$TAG_NAME
Now, do the same thing for the frontend application.
Name it Frontend trigger
, set tag to cv-frontend-.*
, set the directory to be /frontend/
and
set the Docker image to be gcr.io/$PROJECT_ID/frontend:$TAG_NAME
.
This sets up a build trigger that listens to new commits on the master branch of your repository.
If the commit is tagged with cv-frontend-1
, it will use the Dockerfile in the frontend directory to create a new Docker image.
You tried to run the build trigger manually in the previous step.
Now you will test how it works on new commits on your GitHub repository.
Open the file backend/server.js and edit the JSON responses to your name, workplace and education.
You can either change the code in an editor or in GitHub directly. Commit and push your commit.
We need to add a tag to notify our build triggers that the code has changed and need to rebuild.
There are two ways to ad a tag:
In the terminal
If you commit from the git command line, the command to tag the latest commit is:
git tag -a cv-backend-2
git push --tags
NB: Remember to change the latest number in your tag. If cv-backend-2 already is a tag, you should use cv-backend-3
In GitHub
You can add a tag to your directly from GitHub:
Then
Go back to the Build triggers in Cloud Console and click on Build history to see whether the backend starts building.
Notice that you can follow the build log if you want to see whats going on during the building of the image.
It's time to deploy the frontend and backend to your cluster!
The preferred way to configure Kubernetes resources is to specify them in YAML files.
In the folder yaml/ you find the YAML files specifying what resources Kubernetes should create.
There are two files for specifying services and two files for specifying deployments. One for the backend application (backend-service.yaml) and one for the frontend application (frontend-service.yaml).
Same for the deployments.
spec.template.spec.containers.image
insert the full name of your backend Docker image created in the previous step.gcr.io/MY_PROJECT_ID/backend:TAG_NAME
, example: gcr.io/my-kubernetes-project-1234/backend:cv-backend-1
.There are a few things to notice in the deployment file:app: backend
is defined three places:metadata
is used by the service, which we will look at laterspec.selector.matchLabels
is how the Deployment knows which Pods to managespec.template.metadata
is the label added to the Podsspec.template.spec.containers.image
. The name should should be on the form gcr.io/MY_PROJECT_ID/frontend:TAG_NAME
.kubectl apply -f ./yaml/backend-deployment.yaml
kubectl apply -f ./yaml/frontend-deployment.yaml
watch kubectl get pods
If you don't have watch
installed, you can use this command instead:
kubectl get pods -w
When all pods are running, quit by ctrl + q
(or ctrl + c
when on Windows).
Pods are Kubernetes resources that mostly just contains one or more containers,
along with some Kubernetes network stuff and specifications on how to run the container(s).
All of our pods contains only one container. There are several use cases where you might want to specify several
containers in one pod, for instance if you need a proxy in front of your application.
The Pods were created when you applied the specification of the type Deployment
, which is a controller resource.
The Deployment specification contains a desired state and the Deployment controller changes the state to achieve this.
When creating the Deployment, it will create ReplicaSet, which it owns.
The ReplicaSet will then create the desired number of pods, and recreate them if the Deployment specification changes,
e.g. if you want another number of pods running or if you update the Docker image to use.
It will do so in a rolling-update manner, which we will explore soon.
The Pods are running on the cluster nodes.
Did you noticed that the pod names were prefixed with the deployment names and two hashes? - The first hash is the hash of the ReplicaSet, the second is unique for the Pod.
kubectl get deployments
Here you can see the age of the Deployment and how many Pods that are desired in the configuration specification,
the number of running pods, the number of pods that are updated and how many that are available.
kubectl get replicaset
The statuses are similar to those of the Deployments, except that the ReplicaSet have no concept of updates.
If you run an update to a Deployment, it will create a new ReplicaSet with the updated specification and
tell the old ReplicaSet to scale number of pods down to zero.
Now that our applications are running, we would like to route traffic to them.
targetPort
if the port on the Pods are different from the incoming traffic portapp: backend
defines that it should route requests to our Deployment with the same labelkubectl apply -f ./yaml/backend-service.yaml
kubectl apply -f ./yaml/frontend-service.yaml
kubectl get service
As you can see, both services have defined internal IPs, CLUSTER-IP
. These internal IPs are only available inside the cluster. But we want our frontend application to be available from the internet. In order to do so, we must expose an external IP.
Ok, so now what? With the previous command, we saw that we had two services, one for our frontend and one for our backend. But they both had internal IPs, no external. We want to be able to browse our application from our browser.
Let's look at another way. The Service resource can have a different type, it can be set as a LoadBalancer.
type
to be LoadBalancer
kubectl apply -f ./yaml/frontend-service.yaml
watch kubectl get service frontend
or
kubectl get service frontend -w
kubectl delete replicaset -l app=frontend
By doing this, the Deployment will create a new ReplicaSet which will again create new Pods.As you read earlier, Kubernetes can update your application without down time with a rolling-update strategy.
You will now update the background color of the frontend application, see that the build trigger creates a new image and
update the deployment to use this in your web application.
background-color
to your favourite color:2
watch kubectl get pods
If you don't have watch
installed, you can use this command instead: kubectl get pods -w
Don't close this window. kubectl apply -f ./yaml/frontend-deployment.yaml
Watch how the Pods are terminated and created in the other terminal window.
Notice that there are always at least one Pod running and that the last of the old Pods are first terminated when on of the new ones has the status running.
Ok, everything looks good!
But what if you need to inspect the logs and states of your applications?
Kubernetes have a built in log feature.
Let's take a look at our backend application, and see what information we can retrieve.
kubectl get pods -l app=backend
l
is used to filter by pods with the label app=backend
.kubectl logs <INSERT_THE_NAME_OF_A_POD>
kubectl logs -l app=backend
kubectl exec -it <INSERT_THE_NAME_OF_A_POD> -- printenv
Here you can see that we have IP addresses and ports to our frontend service.
These IP addresses are internal, not reachable from outside the cluster.
You can set your own environment variables in the deployment specification.
They will show up in this list as well.
kubectl describe deployment backend
Notice that StrategyType: RollingUpdate
that we saw when we applied an updated frontend is set by default.
A cool thing in Kubernetes is the Kubernetes DNS.
Inside the cluster, Pods and Services have their own DNS record.
For example, our backend service is reachable on backend.<NAMESPACE>.svc.cluster.local
. If you are sending the request from the same namespace, you can also reach it on backend
.
We will take a look at this.
kubectl config view | grep namespace:
If there is no output, your namespace is default
.
kubectl get pods -l app=frontend
curl
from one of our frontend containers to see that we can reach our backend internally on http://backend.<NAMESPACE>.svc.cluster.local:5000
kubectl exec -it INSERT_FRONTEND_POD_NAME -- curl -v http://backend.<NAMESPACE>.svc.cluster.local:5000
The HTTP status should be 200 along with the message "Hello, I'm alive"
curl
from the same container to see that we can reach our backend internally on the shortname http://backend:5000
as wellkubectl exec -it INSERT_FRONTEND_POD_NAME -- curl -v http://backend:5000
The output should be the same as above.
Right now we have exposed our frontend service by setting the service type to LoadBalancer
.
Another option would be to use an ingress.
An ingress is a resource that will allow traffic from outside the cluster to your services. We will now create such a resource to get an external IP and to allow requests to our frontend service.
frontend
service on port 8080
.kubectl apply -f ./yaml/ingress.yaml
watch kubectl get ingress cv-ingress
or
kubectl get ingress cv-ingress -w
It may take a few minutes for Kubernetes Engine to allocate an external IP address and set up forwarding rules until the load balancer is ready to serve your application. In the meanwhile, you may get errors such as HTTP 404 or HTTP 500 until the load balancer configuration is propagated across the globe.
The LoadBalancer type is dependent on your cloud provider. Google Cloud Platform supports these features, but other providers might not.
Another way to expose our app is with the service type NodePort
. If we look at our frontend service, we can see that it already is defined as this type. So we are good to go then? No, not yet.
type
to be NodePort
and savekubectl apply -f ./yaml/frontend-service.yaml
kubectl get service frontend
We see that our service doesn't have an external IP. But what it do have is two ports, port 80 and a port in the range 30000-32767. The last port was set by the Kubernetes master when we created our service. This port we will use togheter with an external IP.
kubectl get nodes -o wide
curl -v <EXTERNAL_IP>:<NODE_PORT>
This will output Connection failed
. This is because we haven't opened up requests on this port. Lets create a firewall rule that allows traffic on this port:
NODE_PORT
with the node port of your service:gcloud compute firewall-rules create cv-frontend --allow tcp:NODE_PORT
6
again.How does this work? The nodes all have external IPs, so we can curl them. By default, neither services or pods in the cluster are exposed to the internet, but Kubernetes will open the port of NodePort
services on all the nodes so that those services are available on :.
The Ingress resource is dependent on your cloud provider. Google Cloud Platform supports these features, but other providers might not.
Kubernetes is using health checks and readiness checks to figure out the state of the pods.
If the health check responds with an error status code, Kubernetes will asume the container is unhealthy and kill the pod. Simliary, if the readiness check is unsuccessful, Kubernetes will asume it is not ready, and wait for it.
You can define your own.
The first way to define a health check is to define which endpoint the check should use. Our backend application contains the endpoint /healthz
. Go ahead and define this as the health-endpoint in the backend deployment file, under backend container in the list spec.containers
:
livenessProbe:
httpGet:
path: /healthz
port: 8080
httpHeaders:
- name: X-Custom-Header
value: Awesome
initialDelaySeconds: 3
periodSeconds: 3
When applying the new deployment file, run kubectl get pods
to see that that the deployment has created a new Pod. Describe it to see the new specification.
We can also specify a command to execute in the container. Lets do this for the frontend application:
livenessProbe:
exec:
command:
- ls
- /
initialDelaySeconds: 5
periodSeconds: 5
The command can be any command available in the container. The commands available in your container depends on the base image and how you build your image.
E.g. if your container has curl
installed, we could define that the probe is to curl the /healtz
endpoint from the container. This wouldn't make much sence, though...
The cluster you have created will charge your credit card after some time if you keep it running. You can use the Google Cloud Price Calculator to find out how much it will cost you. If you keep it running, it will cost you money then the price is more than $300 (which is the included credits in the Free Tier).

And your are done and your credit card will not be charged.
And that's it! ⎈
We would love to get feedback to improve our workshop. You are awesome if you have time to fill out this form. It is of course anonymous.
Contact us on @linemoseng or @ingridguren.


Research Topics
Click here to find the recent publications by our group.
|
Gravitational Waves eLISA: evolved Laser Interferometer Space Antenna |
|
|
Testing General Relativity with STE-Quest STE-Quest: Space-Time Explorer and QUantum Equivalence Principle Space Test |
|
| Galaxy Evolution | |
| Gravitational Lensing | |
| Cosmology |


Class AirQuality – Access to the Air Quality sensor¶
The AirQuality functions give access to an indoor air quality sensor. The sensor is capable of measuring the amount of volatile organic compounds (VOC) in the air. A volatile organic compound is an organic chemical that easily evaporates, such as formaldehyde or alcohol. Usual sources of VOC is paint, cleaning supplies and office equipment. Usually the level of VOC is many times greater indoors as compared to outdoors. Exposure to a high level of VOC can cause symptoms of illness.
The sensor is able to measure the total volatile organic compound (TVOC) level between 0 and 1187 parts per billion (ppb). While a lower value is better than a high value, TVOC values between 50 and 325 ppb are generally considered acceptable. In general TVOC should not increase above 500 ppb.
Example usage:
import tbsense
tbsense.AirQuality.start()
# Wait for new data
while not tbsense.AirQuality.new_data():
tbsense.delay(50)
tvoc = tbsense.AirQuality.TVOC()
print("Total volatile organic compounds: ", tvoc, " ppb")
from tbsense import AirQuality, RHTemp
#Retrieve calibration data
rhtemp = RHTemp()
rhtemp.init()
temperature = RHTemp.temperature()
relative_humidity = RHTemp.relative_humidity()
rhtemp.deinit()
#Initialize the indoor air quality sensor
iaq = AirQuality()
iaq.init( AirQuality.MODE_INTERVAL_1, temperature, relative_humidity )
print( "Total volatile organic compounds: ", iaq.tvoc() )
print( "Equivalent CO2 level: ", iaq.eco2() )
Functions¶
-
tbsense.AirQuality.
start
()¶ Start the AirQuality sensor. This function has to be called before taking any measurements. This function also uses the Humidity-sensor to calibrate itself. The humidity sensor is left in the same state as it was before the function was called.
-
tbsense.AirQuality.
stop
()¶ Turn off the AirQuality sensor. Use this function if you no longer need to use the sensor and want to save some power.
-
tbsense.AirQuality.
TVOC
()¶ Return the total volatile organic compounds in parts per billion (ppb).
-
tbsense.AirQuality.
calibrate
()¶ Recalibrate the AirQuality sensor. This function uses the Humidity-sensor to calibrate itself. The humidity sensor is left in the same state as it was before the function was called.
-
tbsense.AirQuality.
new_data
()¶ Returns true if there are new measurements since last
tbsense.AirQuality.tvoc()
ortbsense.AirQuality.eco2()
have been called.
-
tbsense.AirQuality.
update_rate
([interval])¶ The AirQuality-sensor can update its measurement at a specified rate, either every 1st, 10th, or 60th second.
Calling this function without any argument will return the current update rate. The default value after calling :func:
tbsense.AirQuality.start
is :data:tbsense.AirQuality.INTERVAL_1
.Possible values for
interval
are:- :data:
tbsense.AirQuality.INTERVAL_1
- :data:
tbsense.AirQuality.INTERVAL_10
- :data:
tbsense.AirQuality.INTERVAL_60
- :data:
Class constants¶
-
AirQuality.
MODE_IDLE
¶ Used to stop measurements temporarily
-
AirQuality.
MODE_INTERVAL_1
¶ Used to get a new measurent with 1 second intervals
-
AirQuality.
MODE_INTERVAL_10
¶ Used to get a new measurement with 10 second intervals
-
AirQuality.
MODE_INTERVAL_60
¶ Used to get a new measurement with 60 second intervals


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Cosmic Girls give fans taste of new album through 'As You Wish' highlight medley
by danisurstCosmic Girls is only days away from the release of their seventh mini album 'As You Wish'!
On November 17 KST, the group released the highlight medley for the album. 'As You Wish' includes seven new tracks overall, including a title track of the same name, "Luckitty-cat," "Lights Up," "WW," "Badaboom," "Full Moon," and "Don't Touch."
Meanwhile, 'As You Wish' is set for release on November 19 KST.
Check out the full highlight medley above!


MFILE {{ vernum }}
MFILE
{{ vernum }}
mainarea placeholder (activate Firebug console and then reload page to see what's wrong)
{{ dbstatus }}


@args String title
@* * see how this i18n style (tag call style) is different from the * following one, the transformer style *@
@i18n(title)
@// a transformer style of i18n
@title.i18n()
@render()


- acceptedCell(DiceContainer, int, Set<CellState>) - Static method in class it.polimi.se2018.view.Utils
-
Checks if the cell is accepted or not
- acceptedCell(Board, int, int, Set<CellState>) - Static method in class it.polimi.se2018.view.Utils
-
Checks if the cell is accepted or not
- Action - Interface in it.polimi.se2018.model
-
This interface describes an action taken by a player
- activate(Set<CellState>) - Method in class it.polimi.se2018.view.gui.BoardGUIController
-
Activate board cells that respect the state described in cellStates
- activate(EventHandler<? super MouseEvent>) - Method in class it.polimi.se2018.view.gui.CellController
-
Activate the cell button
- activate(Set<CellState>) - Method in class it.polimi.se2018.view.gui.DiceContainerController
-
Activate diceContainer cells that respect the state described in cellStates
- activate(Set<CellState>) - Method in class it.polimi.se2018.view.gui.PlayerController
-
Activate conditionally each cell of the player's board
- activatedToolcard - Variable in class it.polimi.se2018.model.Player
-
- activateNormalMove(String) - Method in class it.polimi.se2018.controller.Controller
-
Activate pick_die move
Checks if it's possible to make a move.
- activateNormalMove(String) - Method in class it.polimi.se2018.controller.GameManager
-
Activate pick_die move
Checks if it's possible to make a move.
- activateNormalMove(String) - Method in class it.polimi.se2018.controller.RoundManager
-
Activate pick_die move
Checks if it's possible to make a move.
- activateNormalMove(String) - Method in class it.polimi.se2018.controller.TurnManager
-
Activate pick_die move
- activateNormalMove() - Method in class it.polimi.se2018.network.client.Client
-
This method sends a Normal Move activation request to the server
- activatePossibleActions(Match) - Method in class it.polimi.se2018.view.gui.MatchController
-
Activate each button that is said to be active in `newMatch`
- activateToolcard(String, int) - Method in class it.polimi.se2018.controller.Controller
-
Activate one of the 3 toolcards.
- activateToolcard(String, int) - Method in class it.polimi.se2018.controller.GameManager
-
Activate one of the 3 toolcards.
- activateToolcard(String, int) - Method in class it.polimi.se2018.controller.RoundManager
-
Activate one of the 3 toolcards.
- activateToolcard(String, int) - Method in class it.polimi.se2018.controller.TurnManager
-
Activate one of the 3 toolcards.
- activateToolCard(int) - Method in class it.polimi.se2018.network.client.Client
-
This method sends a ToolCard activation request to the server
- active - Variable in class it.polimi.se2018.view.gui.CellController
-
- activeContainers - Variable in class it.polimi.se2018.model.PickState
-
- actor - Variable in class it.polimi.se2018.model.PlayerMove
-
- add(String) - Method in class it.polimi.se2018.network.server.PlayerQueue
-
Add a new player to the queue.
- addClient(String, ClientInterface) - Method in class it.polimi.se2018.network.server.Server
-
Adds a new client into the server client list in case of successful login
Reconnects to the match if the state is DISCONNECTED
- anchorPane - Variable in class it.polimi.se2018.view.gui.CellController
-
- asDieCoord(Die) - Static method in class it.polimi.se2018.model.DiceContainerCoord
-
Transform a 'Die' attribute in a 'DieCoord' one
- ask(Pattern, Function<String, Integer>, Consumer<Integer>) - Static method in class it.polimi.se2018.view.cli.InputManager
-
- ask(List, Consumer<Integer>) - Static method in class it.polimi.se2018.view.cli.InputManager
-
- ask(String, String, List<String>, Consumer<Integer>) - Method in class it.polimi.se2018.view.gui.MatchController
-
Display a dialog in which the user needs to chose from a list of possible choices.
- askBoard(Board, Set<CellState>, Client) - Static method in class it.polimi.se2018.view.cli.InputManager
-
- askDiceContainer(DiceContainer, Set<CellState>, boolean, Client) - Static method in class it.polimi.se2018.view.cli.InputManager
-
- askLogin() - Method in class it.polimi.se2018.view.cli.CLI
-
Asks the player's username to use during the match
- askPattern(PatternRequest) - Method in class it.polimi.se2018.view.cli.CLI
-
Four boards will be shown and the player must choose one
- askPattern(PatternRequest) - Method in class it.polimi.se2018.view.gui.GUI
-
- askPattern(PatternRequest) - Method in interface it.polimi.se2018.view.ViewInterface
-
Display pool of board for the user to select from, and after the selection send a `PatternResponse` message to the Server
- askToolCardActivation() - Method in class it.polimi.se2018.view.cli.CLI
-
Shows to the player all possible selectable toolcards
Called when the player's choose '1' in YOUR_TURN
- askTypeOfConnection() - Method in class it.polimi.se2018.view.cli.CLI
-
Asks to the player what type of connection he wants to use.
- askUpDown() - Method in class it.polimi.se2018.view.gui.MatchController
-
Display a +1/-1 dialog and sends the response to the Server
- askValue() - Method in class it.polimi.se2018.view.gui.MatchController
-
Display a "pick value" dialog and sends the response to the Server
- askYesNo() - Method in class it.polimi.se2018.view.gui.MatchController
-
Display a Yes/No dialog and sends the response to the Server


I♥Me4e
Hi there ! Use the following links to get even more l0v from Me4e ;) - desktop: to update Me4e's "brain" & adjust settings - companion: to extend the possible interactions with Me4e - schematic: to see how Me4e's "brain" is wired - firmware: to poke around Me4e's brain
For even more infos on Me4e, also check these out !
+


Samsung Galaxy A50 firmware update causing fingerprint registration bug
by MichailSamsung’s Galaxy A50 has been quite the success story in the past year, selling brilliantly in markets around the world.Now however, it's facing an issue as a recent firmware update has hindered the fingerprint registration process. Galaxy A50 users running on firmware versions A505FNXXS3ASK9 and A505FDDS3ASK8 are claiming that they can no longer register new fingerprints.
Those two updates were supposed to improve fingerprint recognition and even advised users to re-register their fingerprints to benefit from the improved recognition features.
For some, the enrollment process stops working at around the 41% mark and prompts them to make sure the sensor area is clean. Others manage to complete the whole process but the phone then rejects the newly enrolled fingerprints.
Previously registered fingerprints seem to be working so its best to keep using those until the issue is resolved. Samsung is expected to release a new firmware fix soon which should deal with the problem once and for all.


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