In addition to the basic messages discussed above, there are messages the document control sends out which do not ordinarily need to be handled. Some of these messages have been discussed above; most of the rest are described here.
MSG_META_DOC_OUTPUT_WRITE_CACHED_DATA_TO_FILE, MSG_GEN_DOCUMENT_WRITE_CACHED_DATA_TO_FILE, MSG_META_DOC_OUTPUT_READ_CACHED_DATA_FROM_FILE, MSG_GEN_DOCUMENT_READ_CACHED_DATA_FROM_FILE
Sometimes an application will want to keep frequently-accessed data in memory. For example, if you are managing Virtual Memory files, you may want to copy the map block to a fixed memory block instead of locking the block every time you need to read or change it. This is known as caching data.
If you cache data, you must make sure that the application's version of the data is consistent with the disk file. The document control helps keep track of this. Whenever the file (or the state) is saved, the document control will first send a message instructing the application to write the cache to the file, then it will save the file. Similarly, when the file is opened or GEOS is restarted from state, the document control will send a message instructing the application to reload the cached data from the file.
There is one special concern. The user cannot save a file unless it has been marked dirty; also, the document control does not send
MSG_..._WRITE_CACHED_DATA_TO_FILE
to documents which are not dirty. Therefore, if you change the data cache without actually altering the file, you should send a
MSG_GEN_DOCUMENT_GROUP_MARK_DIRTY
to the GenDocumentGroup.
void MSG_META_DOC_OUTPUT_READ_CACHED_DATA_FROM_FILE( optr document, /* optr of document object */ FileHandle file); /* FileHandle of associated file */
The GenDocumentGroup sends this message when the document needs to read cached data. In particular, it sends this when a document is opened, when a document is reverted to its last-saved state, and when a document is re-opened as GEOS restores from state. If the application maintains a data cache, it should read the data from the file at this point. If the document does not cache data, it can ignore this message.
Note that if the document control notices that the file has changed on disk, it will not send this message; it will, however, send a
MSG_META_DOC_OUTPUT_DOCUMENT_HAS_CHANGED
. The handler for that message should reread the cache or call the handler for this message.
Source: The GenDocumentGroup object.
Destination: Output of GenDocumentGroup (usually the Process object).
Parameters: document The optr of the appropriate document object.
Interception: You must write a handler for this message in whatever class will be receiving it (usually the process class).
void MSG_GEN_DOCUMENT_READ_CACHED_DATA_FROM_FILE();
The document object
sends this message to itself when the document needs to read cached data. In particular, it sends this when a document is opened, when a document is reverted to its last-saved state, and when a document is re-opened as GEOS restores from state. If the application maintains a data cache, it should read the data from the file at this point. If the document does not cache data, it can ignore this message.
Note that if the document control notices that the file has changed on disk, it will not send this message; it will, however, send a
MSG_GEN_DOCUMENT_DOCUMENT_HAS_CHANGED
. The handler for that message should reread the cache or call the handler for this message.
Source: A GenDocument object.
Destination: The document object sends this message to itself.
void MSG_META_DOC_OUTPUT_WRITE_CACHED_DATA_TO_FILE( optr document, /* optr of document object */ FileHandle file); /* FileHandle of associated file */
The GenDocumentGroup object sends this message when the document needs to write cached data back to the file. In particular, it sends this message just before a document is saved, auto-saved, or "Saved As," and before the document is closed as GEOS shuts down. The document should write its cached data back to the file. If the document does not cache data, it can ignore this message.
Warnings: This message will not be sent if the document is clean. Therefore, if you change the data cache without changing the file, you should send a
MSG_GEN_DOCUMENT_GROUP_MARK_DIRTY_BY_FILE
to the GenDocumentGroup object.
Source: The GenDocumentGroup object.
Destination: Output of GenDocumentGroup (usually the Process object)
Parameters: document The optr of the appropriate document object.
Interception: You must write a handler for this message in whatever class will be receiving it (usually the process class).
void MSG_META_DOC_OUTPUT_WRITE_CACHED_DATA_TO_FILE();
The document object sends this message to itself when the document needs to write cached data back to the file. In particular, it sends this message just before a document is saved, auto-saved, or "Saved As," and before the document is closed as GEOS shuts down. The document should write its cached data back to the file. If the document does not cache data, it can ignore this message.
Warnings: This message will not be sent if the document is clean. Therefore, if you change the data cache without changing the file, you should send a
MSG_GEN_DOCUMENT_GROUP_MARK_DIRTY_BY_FILE
to the GenDocumentGroup object.
Source: A GenDocument object.
Destination: The document object sends this message to itself.
There are a few other messages which are worth knowing about. These messages alert the application to special situations. Most applications can ignore these messages; however, for a few, these messages should be handled.
void MSG_META_DOC_OUTPUT_SAVE_AS_COMPLETED( optr document, /* optr of document object */ FileHandle file); /* FileHandle of associated file */
The GenDocumentGroup object sends this message when a "Save As" operation has been successfully completed.
Source: The GenDocumentGroup object.
Destination: Output of GenDocumentGroup (usually the Process object).
Parameters: document The optr of the appropriate document object.
Interception: You must write a handler for this message in whatever class will be receiving it (usually the process class).
void MSG_GEN_DOCUMENT_SAVE_AS_COMPLETED();
The document object sends this message to itself when a "Save As" operation has been successfully completed.
Source: A GenDocument object.
Destination: The document object sends this message to itself.
void MSG_META_DOC_OUTPUT_DOCUMENT_HAS_CHANGED( optr document, /* optr of document object */ FileHandle file); /* FileHandle of associated file */
If the GDGA_AUTOMATIC_CHANGE_NOTIFICATION attribute of the GenDocumentGroup object is set to on, a timer will periodically check to see if any open documents have been changed by another application. If they have, the GenDocumentGroup object will send this message out. The application should respond by redisplaying the data on the screen and rereading any cached data from the file.
Source: The GenDocumentGroup object.
Destination: Output of GenDocumentGroup (usually the Process object).
Parameters: document The optr of the appropriate document object.
Interception: You must write a handler for this message in whatever class will be receiving it (usually the process class).
void MSG_GEN_DOCUMENT_DOCUMENT_HAS_CHANGED();
If the GDGA_AUTOMATIC_CHANGE_NOTIFICATION attribute of the GenDocumentGroup object is set to on, a timer will periodically check to see if any open documents have been changed by another application. If they have, the document object will send this message out. The application should respond by redisplaying the data on the screen and rereading any cached data from the file.
Source: A GenDocument object.
Destination: The document object sends this message to itself.


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val albumGroup: AlbumResultType?
Optional. The field is present when getting an artist’s albums. Possible values are “album”, “single”, “compilation”, “appears_on”. Compare to album_type this field represents relationship between the artist and the album.
albumGroup
- Optional. The field is present when getting an artist’s albums. Possible values
are “album”, “single”, “compilation”, “appears_on”. Compare to album_type this field represents relationship
between the artist and the album.


Nanny in a Flash
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Russ Hacker
Michael Phelps
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Marina Baskova
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Marcus Pavilonis
10/4/2018
The LGBTQ acronym is an umbrella term that encompasses many different identities, genders and sexualities.
 LGBTQ individuals have always been a marginalized group as a whole, however, when looking outside of the acronym, there are individual groups in that umbrella who suffer worse marginalization.
Nate Swanson | FOR THE POST
(From left) freshman Emma Blair, senior Carolyn Hunter, and second year graduate student Jeremy Sierra express their concern about people of color and transgender individuals who feel marginalized or left out in the LGBT community on Oct. 1, 2018.
Pansexuality is the romantic or emotional attraction toward people regardless of their gender identity. According to GLAAD, being pansexual means to be essentially gender-blind and can mean searching for a partner with the sole focus of finding love. Often times, the sexuality can be confused with bisexuality because of how the individual is attracted to both men and women. It’s a common misconception because of the fact that pansexuality also is fluid amongst all gender identities.
Carolyn Hunter, a senior studying ceramics, is the outreach coordinator for the LGBT Center at Ohio University and identifies as an LGBTQ individual.
“I identify with bi and pan circles,” Hunter said. “I would say that it’s a lot more fluid to people in the center, but explaining that outwards to a wider community is a lot less understood. Which is why this place exists, to make a space for people who don’t have a space or feel that they are marginalized.”
“Being a person of color in the queer community, you have to understand that there are certain standards and if you don’t meet them then there could be a lot of backlash for that.”Tiffany Anderson
Skoliosexuality is defined by being primarily sexually, romantically and/or aesthetically attracted to genderqueer, transgender and/or non-binary people. If someone identifies as skoliosexual, they are explicitly attracted to people who identify under the genderqueer umbrella. That differs from bisexuality because individuals are not attracted to solely cisgender people, and it differs from pansexuality because individuals are not attracted to all identifications of gender.
Aside from the different identifications, there are even more marginalizations for people of different races and ethnicities who identify as LGBTQ individuals.
Tiffany Anderson, a senior studying women’s, gender and sexuality studies, is the queer people/persons of color outreach coordinator for the LGBT Center and understands the struggle that people of color have to go through in addition to identifying as an LGBTQ individual.
“Being a person of color in the queer community, you have to understand that there are certain standards and if you don’t meet them then there could be a lot of backlash for that,” Anderson, who uses they/they pronouns, said.
Although the “T” in the acronym stands for transgender, being such still appears to mean being more marginalized than those who identify as lesbian, gay or bisexual. According to a recent GLAAD statistic, nearly 90 percent of Americans say they know someone who is lesbian, gay or bisexual. However, only 16 percent of Americans say they know someone who is transgender.
Teagan Rabuano, a former New York University ambassador for GLAAD who uses they/them pronouns, spent their whole college career coming to terms with their identity. Now, as NYU’s graduate outreach and engagement coordinator for LGBTQ Student Center, Teagan understands firsthand the marginalization of the transgender group.
“For so many years, I had identified as a gay man simply because I didn’t have the language to understand my gender in a more complex and nuanced way,” Rabuano said. “I’m still in a process of transition — and I might always be. I don’t know where I’ll be in a few years, but I’m more focused on being authentic and true to myself in every moment.”
Through Rabuano’s work with NYU’s LGBTQ student center and GLAAD, they are well-equipped in mentoring people who are struggling to come to terms with their sexuality and gender identity.
“To anyone who may be considering coming out,” Rabuano said, “The most important thing is to stay safe, and know that even if you can’t live as your full self right now, there is a big, fabulous world out there waiting to greet you with open arms. Keep going, stay strong and always look ahead.”
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aria-current is true
aria-current is false
aria-current is time
aria-current is date
aria-current is location
aria-current is step
aria-current is page
aria-current is empty string


This design document explains the changes needed in Ganeti to perform instance moves across node groups. Reader familiarity with the following existing documents is advised:
At the moment, moving instances away from their primary or secondary nodes with the relocate and multi-evacuate IAllocator calls restricts target nodes to those on the same node group. This ensures a mobility domain is never crossed, and allows normal operation of each node group to be confined within itself.
It is desirable, however, to have a way of moving instances across node groups so that, for example, it is possible to move a set of instances to another group for policy reasons, or completely empty a given group to perform maintenance operations.
To implement this, we propose the addition of new IAllocator calls to compute inter-group instance moves and group-aware node evacuation, taking into account mobility domains as appropriate. The interface proposed below should be enough to cover the use cases mentioned above.
With the implementation of this design proposal, the previous multi-evacuate mode will be deprecated.
All requests honor the groups’ alloc_policy attribute.
Takes a list of instances and a list of node group UUIDs; the instances will be moved away from their current group, to any of the groups in the target list. All instances need to have their primary node in the same group, which may not be a target group. If the target group list is empty, the request is simply “change group” and the instances are placed in any group but their original one.
Evacuates instances off their primary nodes. The evacuation mode can be given as primary-only, secondary-only or all. The call is given a list of instances whose primary nodes need to be in the same node group. The returned nodes need to be in the same group as the original primary node.
In all storage models, an inter-group move can be modeled as a sequence of replace secondary, migration and failover operations (when shared storage is used, they will all be failover or migration operations within the corresponding mobility domain).
The result of the operations described above must contain two lists of instances and a list of jobs (each of which is a list of serialized opcodes) to actually execute the operation. Job dependencies can be used to force jobs to run in a certain order while still making use of parallelism.
The two lists of instances describe which instances could be moved/migrated and which couldn’t for some reason (“unsuccessful”). The union of the instances in the two lists must be equal to the set of instances given in the original request. The successful list of instances contains elements as follows:
(instance name, target group name, [chosen node names])
The choice of names is simply for readability reasons (for example, Ganeti could log the computed solution in the job information) and for being able to check (manually) for consistency that the generated opcodes match the intended target groups/nodes. Note that for the node-evacuate operation, the group is not changed, but it should still be returned as such (as it’s easier to have the same return type for both operations).
The unsuccessful list of instances contains elements as follows:
(instance name, explanation)
where explanation is a string describing why the plugin was not able to relocate the instance.
The client is given a list of job IDs (see the design for LU-generated jobs) which it can watch. Failures should be reported to the user.
Example job list:
[
# First job
[
{ "OP_ID": "OP_INSTANCE_MIGRATE",
"instance_name": "inst1.example.com",
},
{ "OP_ID": "OP_INSTANCE_MIGRATE",
"instance_name": "inst2.example.com",
},
],
# Second job
[
{ "OP_ID": "OP_INSTANCE_REPLACE_DISKS",
"depends": [
[-1, ["success"]],
],
"instance_name": "inst2.example.com",
"mode": "replace_new_secondary",
"remote_node": "node4.example.com",
},
],
# Third job
[
{ "OP_ID": "OP_INSTANCE_FAILOVER",
"depends": [
[-2, []],
],
"instance_name": "inst8.example.com",
},
],
]
Accepted opcodes:


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The file must pass all Syntactical and Validity edits before running the Quality and Macro Quality edits.


Test and verify Repository Initialization (repoint) scripts
RepoInit Script:
Evaluate
Execute
Messages:
Parsed Statements:
Feature Model JSON:


|
CUDA 2D Physics Engine
An engine to run physics simulations on either GPU or CPU
|
#include <entity_cloth.h>
Public Member Functions | |
| entity_cloth (unsigned int id_, const vec2 &initial_pos_, std::unique_ptr< drawable_link > drawable_, const entity_particle &seam_, unsigned int side_length_) | |
| entity_cloth (const entity_cloth &) | |
| entity_cloth & | operator= (const entity_cloth &) |
| virtual void | handle_mouse_buttondown (std::shared_ptr< vec2 > coords_) |
| virtual void | handle_mouse_buttonup (std::shared_ptr< vec2 > coords_) |
| virtual void | update (const vec2 &external_force_, float dt) |
| virtual void | draw () const |
| Public Member Functions inherited from entity_base | |
| entity_base (unsigned int id_, std::unique_ptr< moveable_base > moveable_, std::unique_ptr< drawable_base > drawable_) | |
| entity_base (const entity_base &other_) | |
| entity_base & | operator= (const entity_base &rhs) |
| void | SetId (unsigned int id_) |
| unsigned int | GetId () const |
| virtual bool | is_hit (const vec2 &coords_) const |
| virtual void | handle_mouse_buttondown ([[maybe_unused]] std::shared_ptr< vec2 > cursor_position_) |
| virtual void | handle_mouse_buttonup ([[maybe_unused]] std::shared_ptr< vec2 > cursor_position_) |
Additional Inherited Members | |
| Protected Attributes inherited from entity_base | |
| unsigned int | _id |
| std::unique_ptr< moveable_base > | _moveable |
| std::unique_ptr< drawable_base > | _drawable |
entity_cloth is a child of entity_particle to contain CEntities, following the Pattern of the "Composite". Calling update on the collection will update all the Entities in it and impose all the constraints.
|
virtual |
draw renders the Entity if an drawable_base is available
Reimplemented from entity_base.
|
virtual |
update should be overridden and called if the Entity is subject to external forces and has an moveable_base
Reimplemented from entity_base.


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CLI Examples¶
Help¶
When you invoke mitrecve
without flag you will be prompted basic available command.
>> mitrecve
Basic usage:
mitrecve <package> [--verbose --detail ] [-o FILE]
mitrecve ( -h | --help | --version )
Use --help
flag to get all optionals arguments.
>> mitrecve --help
MitreCVE
Basic usage:
mitrecve <package> [--verbose --detail ] [-o FILE]
mitrecve ( -h | --help | --version )
options:
-v --verbose Show full output.
-d --detail Show CVE details.
-o --output FILE Save output to file.
-h --help Show this screen.
--version Show version.
Requesting CVE¶
For searching you have differents options.
1. Searching by Keyword/Packages¶
Search on Mitre all the CVE with the Package
occurence.
>> mitrecve <packages/keywords>
>> mitrecve html5lib
-------------- Package: <html5lib> --------------
CVE : CVE-2016-9910
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2016-9910
DESCRIPTION The serializer in html5lib before 0.99999999 might allow remote attackers to conduct cross-site scripting (XSS) attacks by leveraging mishandling of special characters in attribute values, a different vulnerability than CVE-2016-9909.
CVE : CVE-2016-9909
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2016-9909
DESCRIPTION The serializer in html5lib before 0.99999999 might allow remote attackers to conduct cross-site scripting (XSS) attacks by leveraging mishandling of the < (less than) character in attribute values.
You can also search for multiple keywords to narrow your result by adding a plus between keywords:
>> mitrecve cisco+crash
CVE : CVE-2020-3353
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2020-3353
DESCRIPTION A vulnerability in the syslog processing engine of Cisco Identity Services Engine (ISE) could allow an unauthenticated, remote attacker to cause a denial of service (DoS) condition on an affected device. The vulnerability is due to a race condition that may occur when syslog messages are processed. An attacker could exploit this vulnerability by sending a high rate of syslog messages to an affected device. A successful exploit could allow the attacker to cause the Application Server process to crash, resulting in a DoS condition.
CVE : CVE-2020-3344
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2020-3344
DESCRIPTION A vulnerability in Cisco AMP for Endpoints Linux Connector Software and Cisco AMP for Endpoints Mac Connector Software could allow an authenticated, local attacker to cause a buffer overflow on an affected device. The vulnerability is due to insufficient input validation. An attacker could exploit this vulnerability by sending a crafted packet to an affected device. A successful exploit could allow the attacker to cause the Cisco AMP for Endpoints service to crash and restart.
... <SNIP> ...
CVE : CVE-2000-0984
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2000-0984
DESCRIPTION The HTTP server in Cisco IOS 12.0 through 12.1 allows local users to cause a denial of service (crash and reload) via a URL containing a "?/" string.
CVE : CVE-1999-0159
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-1999-0159
DESCRIPTION Attackers can crash a Cisco IOS router or device, provided they can get to an interactive prompt (such as a login). This applies to some IOS 9.x, 10.x, and 11.
You can also search individually (or not) for differents packages/keywords at the same type by adding a comma between keywords/packages.
>> mitrecve winrm,bloodhound
>>>>>>>>>>>>>>> SEARCH IN MITRE DATABASE <<<<<<<<<<<<<<<
-------------- Package: <winrm> --------------
CVE : CVE-2018-11746
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2018-11746
DESCRIPTION In Puppet Discovery prior to 1.2.0, when running Discovery against Windows hosts, WinRM connections can fall back to using basic auth over insecure channels if a HTTPS server is not available. This can expose the login credentials being used by Puppet Discovery.
CVE : CVE-2007-1658
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2007-1658
DESCRIPTION Windows Mail in Microsoft Windows Vista might allow user-assisted remote attackers to execute certain programs via a link to a (1) local file or (2) UNC share pathname in which there is a directory with the same base name as an executable program at the same level, as demonstrated using C:/windows/system32/winrm (winrm.cmd) and migwiz (migwiz.exe).
-------------- Package: <bloodhound> --------------
CVE : CVE-2019-15701
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2019-15701
DESCRIPTION components/Modals/HelpModal.jsx in BloodHound 2.2.0 allows remote attackers to execute arbitrary OS commands (by spawning a child process as the current user on the victim's machine) when the search function's autocomplete feature is used. The victim must import data from an Active Directory with a GPO containing JavaScript in its name.
2. Searching by ID¶
If you know the CVE ID number, search by the number to find its description
>> mitrecve CVE-2020-9472
>>>>>>>>>>>>>>> SEARCH IN MITRE DATABASE <<<<<<<<<<<<<<<
-------------- Package: <CVE-2020-9472> --------------
CVE : CVE-2020-9472
CVE DETAIL https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2020-9472
DESCRIPTION Umbraco CMS 8.5.3 allows an authenticated file upload (and consequently Remote Code Execution) via the Install Package functionality.
3. Details¶
Add --detail
flag for all the aboves requests to get more informations like Reference Links (Sources & Exploits), NVD link (and soon : CNA, creation Date, Exploit Code …)
>> mitrecve 2020-2555 --detail
CVE : CVE-2020-2555
DESCRIPTION : Vulnerability in the Oracle Coherence product of Oracle Fusion Middleware (component: Caching,CacheStore,Invocation). Supported versions that are affected are <IP_ADDRESS>, <IP_ADDRESS>.0, <IP_ADDRESS>.0 and <IP_ADDRESS>.0. Easily exploitable vulnerability allows unauthenticated attacker with network access via T3 to compromise Oracle Coherence. Successful attacks of this vulnerability can result in takeover of Oracle Coherence. CVSS 3.0 Base Score 9.8 (Confidentiality, Integrity and Availability impacts). CVSS Vector: (CVSS:3.0/AV:N/AC:L/PR:N/UI:N/S:U/C:H/I:H/A:H).


|
Iris Raytracing
Raytracing Library
|
#include <SphereLight.h>
Public Member Functions | |
| SphereLight () | |
| SphereLight (const Vector3 &color, float intensity) | |
| void | random_on_surface (Vector3 &position, Vector3 &normal) const override |
| float | surface_area () const override |
| float | radius () const |
| Public Member Functions inherited from iris::Light | |
| Light () | |
| Light (const Vector3 &color, float intensity) | |
| const Vector3 & | color () const |
| float | intensity () const |
| Public Member Functions inherited from iris::Object3D | |
| Object3D () | |
| Object3D (const Geometry &geometry, const Texture &texture) | |
| bool | is_empty () const |
| void | raycast (Raycast &result) const |
| bool | has_child (Object3D &target) const |
| bool | has_descendant (Object3D &target) const |
| bool | add_child (Object3D &target) |
| bool | remove_child (Object3D &target) |
| bool | has_parent () const |
| Object3D & | parent () |
| const Object3D & | parent () const |
| size_t | child_count () const |
| Object3D & | child (size_t index) |
| const Object3D & | child (size_t index) const |
| Vector3 & | translation () |
| const Vector3 & | translation () const |
| Vector3 & | scale () |
| const Vector3 & | scale () const |
| Vector3 & | rotation () |
| const Vector3 & | rotation () const |
| const Matrix4 & | matrix () const |
| const Matrix4 & | matrix_inverse () const |
| const Matrix4 & | world_matrix () const |
| const Matrix4 & | world_matrix_inverse () const |
| const Vector3 & | world_translation () const |
| const Matrix4 & | world_rotation_matrix () const |
| const Matrix4 & | world_rotation_matrix_inverse () const |
| virtual void | update () |
| const Geometry & | geometry () const |
| const Texture & | texture () const |
| bool | operator== (const Object3D &other) const |
| bool | operator!= (const Object3D &other) const |
Spherical ligth source.
| SphereLight::SphereLight | ( | ) |
Creates a white light.
| SphereLight::SphereLight | ( | const Vector3 & | color, |
| float | intensity | ||
| ) |
Creates a light with given color and intensity.
| float SphereLight::radius | ( | ) | const |
Gets radius.
|
overridevirtual |
Generates a random point on light's surface.
| [out] | position | Surface point. |
| [out] | normal | Normal at point. |
Implements iris::Light.
|
overridevirtual |
Gets light surface area.
Implements iris::Light.


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RT @davidlohr: A programmer had a problem. He thought to himself, "I know, I'll solve it with threads!". has Now problems. two he
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RT @davidlohr: A programmer had a problem. He thought to himself, "I know, I'll solve it with threads!". has Now problems. two he
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Seven new routes announced on Flybe's 2020 summer schedule
Tickets go on sale today
by Howard LloydTickets for Flybe's new 2020 summer schedule go on sale today, including seven brand new routes.
The Exeter-based airline will feature 104 routes in total with a choice of up to 2,500 flights per week across the UK and Europe.
These include seven new routes – six from London Southend and one between Manchester and Stuttgart.
Exeter Airport to Chambery is one of eight winter ski routes that has been extended through easter.
Tickets go on sale on the Flybe website for travel between March 29 and October 24 next year.
The airline, which together with Stobart Air, is owned by Connect Airways, will next year launch its operations under the new name of Virgin Connect following the completion of a full re-brand as part of the extended Virgin family.
Highlights of Flybe’s 2020 Summer schedule
For travel Sunday , March 29 – Saturday, October 24 2020 inclusive
- Six new routes from London Southend Airport – Belfast City (18 flights per week): Edinburgh (18 p/w): Glasgow (18 p/w): Newcastle (13 p/w): Isle of Man (7 p/w): Jersey (up to 2p/w)
- Four continuing routes from London Southend - Caen, Groningen, Newquay and Rennes
- 8 winter ski routes extended through Easter - to Chambery from Birmingham, Exeter and Southampton; and to Geneva from Cardiff, Exeter, Isle of Man, Jersey and Southampton
Connect Airways’ CEO Mark Anderson said: “I am very excited with our new Summer 2020 schedule and its focus on our business customers and regional communities.
"The schedule includes many of our most popular high frequency services with better timings to accommodate our frequent fliers as well as new flights from London Southend airport.
"By increasing our presence at London Southend our customers will also, for the first-time next summer, benefit from Flybe’s ability to create a truly customer-centric regional network.
“This schedule strengthens Flybe’s commitment to providing unparalleled connectivity from regional airports to destinations across the UK, Europe and beyond."


--- layout: post-classic title: "Thinkpad Yoga, What to Note" desc: "I'm giving a quick overview of the Thinkpad and what you might want to remember when you get it" thumbnail: "2324315c64a77425f47db22f8259c0e4.jpg" categories: article tags: {} ---
Having now received my new notebook I do want to give a quick overview of it and I'll say there is a few things the Thinkpad, didn't think about.
First of let's look over some of the few bugs most notably the digitizer input, out of the box you might not notice anything but in the top right corner the detection is way off, fortunately Lenovo has fixed the problem with a new driver, unfortunately they don't tell you about it.
And for the few who are interested the driver can be found here directly from Lenovo: Digitizer Firmware Update
The next thing I want to note is that at least on the scandinavian version the Fn and Ctrl keys have been switched around. Now as I strongly prefer easy access to my Ctrl shortcuts rather than my F-keys, so I went to the bios and switched the keys around, thankfully Lenovo have taken that into account. Do note that the manual is incorrect, that is you don't access the bios by pressing F1 during boot, but by pressing Enter followed by pressing F1.
The Thinkpad actually says it on the screen but only for about 0.2sec(damn you SSD).
Update: Do remember to update your Thinkpad to the latest Windows 8.1 update 1, it certainly do improve a few things.


TabThat
Bootstrap CSS classes are only used to prettify the examples.
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--- title: SIP Lib layout: default menu: siplib.html active_element: siplib pktsio_version: 3.0.2 ---
SIP Lib is part of pkts.io and is a complete SIP library for framing, parsing and representing SIP messages, headers and addresses. All objects are immutable, has a modern & fluent API and makes use of the latest Java 8 language features, allowing the developer to be focused on what needs to get done as opposed to how.
The motivation for writing SIP Lib is that the existing SIP libraries out there are quite old, does not make use of modern design principals and language features and moreover, they are typical mutable and rely on side effects, which makes it very hard to reason about what will actually happen once you deploy your code into a multi threaded environment.
Finally, another explicit goal of SIP Lib was to make it a standalone module so that it can easily be consumed by a variety of applications, whether it be a “real” SIP stack or a simple one-off tool that you may need build in order to make your life easier.
This is the most basic example showing how you can parse a SIP message based off of a String. In this example, we are the ones creating that raw message ourselves but typically you would read this off of the network, or perhaps from a file if you are building a tool of some sort.
{% highlight java %} // (1) final String rawMessage = new StringBuilder("BYE sip:bob@<IP_ADDRESS>:5060 SIP/2.0\r\n") .append("Via: SIP/2.0/UDP <IP_ADDRESS>:5061;branch=z9hG4bK-28976-1-7\r\n") .append("From: alice
All objects within SIP Lib are immutable. Hence, once an object, such as a SipMessage, a SipHeader or a e.g. a SipURI has been constructed you cannot change it. Therefore, all objects within SIP Lib make use of the builder pattern, allowing the user to construct the desired object.
{% highlight java %} final SipRequest invite =<EMAIL_ADDRESS><EMAIL_ADDRESS>.build(); {% endhighlight %}The SipRequest object contains convenience methods for creating a particular SIP request, such as an INVITE. The object returned from this method is a SipMessage.Builder-object, which allows you to continue constructing the object before finally building it. Once built, you cannot change it.
Creating responses is typically done based off a request and SIP Lib allows you to do so but of course, the object returned will be a builder.
{% highlight java %} final SipRequest invite =<EMAIL_ADDRESS><EMAIL_ADDRESS>.build(); final SipResponse response = invite.createResponse(200) .withHeader(SipHeader.create("X-Hello", "World")) .build(); {% endhighlight %}The SipRequest object has a convenience method for creating a response based off of it and will return a new SIP response builder object. In this example, for good measure, we also added a generic header to the response before we built it.
SIP Lib is part of pkts.io, which is available through Maven Central so just include the following Maven artifact and you are good to go:
{% highlight xml %}Javadocs for all releases are hosted by our friends at javadoc.io and the current release of SIP Lib (and pkts.io) is accessed through the following links:
The pkts-examples contains many different examples of how to use pkts.io in general and of course how to use SIP Lib. Please see the pkts.io example repository on github.com/aboutsip/pkts for the examples.
Contributions are more than welcome and highly encouraged. Since SIP Lib is part of pkts.io, please see the general guidelines found for pkts.io here.
pkts.io and all projects under aboutsip.com are released under the terms of the MIT license


Naman Sehgal
In Pursuit of Becoming a Full Stack Developer
An Engineer in Making! :)
Get to Know me!
- Traveller and Explorer
- Huge Interest in Photography
- Working on new Technologies!
- Playing Chess


Currently a student at the Institut Mines-Télécom Business School, I am pursuing a double degree in management in order to become an engineer-manager in the field of new technologies.
Partnerships Manager at the Sports Office of Télécom Saint-Étienne
Realization of a Business Plan on the subject: "Selfies for professionals"
As Project Manager I participated in the design of :
DUT in Electrical Engineering and Industrial Computer Science carried out simultaneously with the preparatory class of Télécom Saint-Étienne.
Two years of preparatory class integrated into the Saint-Etienne Telecom School.
My school organizes an escape game for the integration of first-year students. My team and I (4 people) were in charge of the whole digital part of this escape game. My work consisted in improving, debugging and redesigning the graphic charter of the puzzles and then deploying them on a server configured in advance.
Acquired knowledge:
The objective of this project is to create a 3D Tetris that can be controlled by motion recognition. Our team of 2 used Qt and openGL to model the 3D Tetris and we have used OpenCV to detect the player's hands. The position and direction of the Tetris parts will change depending on the position of the user's hands.
Acquired knowledge:
This project is used to create word clouds from text documents. The more a word is present in the document, the more important the size and place of the document will be in the word cloud.
Acquired knowledge:
This is the project that took the most time from me. This project is nothing more than a copy of a music software that will retrieve this information from the MusicBrainz database. This project was realized in groups of 4, the objective of this application is to recommend music to the user based on these listening. The recommendation algorithm is one of the most complex I have ever made and I am proud of it.
Acquired knowledge:
Realization of a Business Plan on the subject: "Selfies for professionals"
Acquired knowledge:
Since the beginning of 2019 I have been keeping an instagram account that requires a lot of time. It improves my creativity and my knowledge of the world of photography. I have developed a sales site related to this account.
Acquired knowledge:


Indonesia, country located off the coast of mainland Southeast Asia in the Indian and Pacific oceans. It is an archipelago that lies across the Equator and spans a distance equivalent to one-eighth of Earth’s circumference.
The sovereign state is a presidential, constitutional republic with an elected parliament. It has 34 provinces, of which five have special status. Jakarta, the country's capital, is the second most populous urban area in the world. The country shares land borders with Papua New Guinea, East Timor, and the eastern part of Malaysia. Other neighbouring countries include Singapore, Vietnam, the Philippines, Australia, Palau, and India's Andaman and Nicobar Islands.
Despite its large population and densely populated regions, Indonesia has vast areas of wilderness that support a high level of biodiversity. The country has abundant natural resources like oil and natural gas, tin, copper and gold. Agriculture mainly produces rice, palm oil, tea, coffee, cacao, medicinal plants, spices and rubber. Indonesia's major trading partners are China, United States, Japan, Singapore and India.
The history of the Indonesian archipelago has been influenced by foreign powers drawn to its natural resources. It has been an important region for trade since at least the 7th century, when Srivijaya and then later Majapahit traded with entities from mainland China and the Indian subcontinent.


A pre-conference workshop (through Zoom) on statistical power analysis will be taught by Prof. Johnny Zhang from the University of Notre Dame. Prof. Zhang is the PI of the IES funded project to develop methods and software for statistical power analysis.
Dr. Johnny Zhang is a Professor in Quantitaitve Psychology at the University of Notre Dame. His research aims to develop better statistical methods and software in the areas of education, health, management and psychology. He has conducted research in the areas of Bayesian methods, Big data analysis, Structural equation modeling, Longitudinal data analysis, Mediation analysis, and Statistical computing and programming. His most recent research involves the development of new methods for social network and text analysis.
This workshop teaches researchers how to conduct a statistical power analysis to determine the sample size for a planned study. Participants will learn statistical power analysis for t-test, one-way, and two-way ANOVA, linear regression, mediation analysis, and structural equation modeling. Free software WebPower (https://webpower.psychstat.org) will be used to illustrate how to conduct power analysis in practice.
Time: 8:30AM-12:00PM (US Eastern Time) June 4, 2021
Location: Zoom (link will be sent to your registration email)
The registration fee ranges from free to $99. All revenue from the workshop will be used for the operation of the meeting and ISDSA. You will be registered for the ISDSA meeting automatically along with your workshop registration.
Undergraduate and graduate students: $49
Non-students (e.g., faculty and staff): $99
If you need financial support, simply name your price anywhere between $1 and $99.
For free registration, please register for the meeting and mention you want to attend the workshop.
For any reason that prevents you from attending the workshop, you can request for a refund by contacting us. The refund amount depends on the time you make the request.
Before May 1: Refund full registration fee minus 5% of processing fee (charged by the third-party)
After May 1: before June 1: Refund 80% of full registration fee.
After June 1: no refund.
To register, please select the registration fee and click "Pay now".


Copyright © 2019-2021 the Contributors to the Voice Interaction Community Group, published by the Voice Interaction Community Group under the W3C Community Contributor License Agreement (CLA). A human-readable summary is available.
This document describes a general architecture of Intelligent Personal Assistants and explores the potential for standardization. It is meant to be a first structured exploration of Intelligent Personal Assistants by identifying the components and their tasks. Subsequent work is expected to detail the interaction among the identified components and how they ought to perform their task as well as their actual tasks respectively. This document may need to be updated if any changes result of that detailing work. It extends and refines the description of the previous versions Architecture and Potential for Standardization Version 1.2. The changes primarily consist of clarifications and additional architectural details in new and expanded figures, include input and output data paths.
This specification was published by the Voice Interaction Community Group. It is not a W3C Standard nor is it on the W3C Standards Track. Please note that under the W3C Community Contributor License Agreement (CLA) there is a limited opt-out and other conditions apply. Learn more about W3C Community and Business Groups.
Comments should be sent to the Voice Interaction Community Group public mailing list (public-voiceinteraction@w3.org), archived at https://lists.w3.org/Archives/Public/public-voiceinteraction
Intelligent Personal Assistants (IPAs) are now available in our daily lives through our smart phones. Apple’s Siri, Google Assistant, Microsoft’s Cortana, Samsung’s Bixby and many more are helping us with various tasks, like shopping, playing music, setting a schedule, sending messages, and offering answers to simple questions. Additionally, we equip our households with smart speakers like Amazon’s Alexa or Google Home which are available without the need to pick up explicit devices for these sorts of tasks or even control household appliances in our homes. As of today, there is no interoperability among the available IPA providers. Especially for exchanging learned user behaviors this is unlikely to happen at all.
Furthermore, in addition to these general-purpose assistants, there are also specialized virtual assistants which are able to provide their users with in-depth information which is specific to an enterprise, government agency, school, or other organization. They may also have the ability to perform transactions on behalf of their users, such as purchasing items, paying bills, or making reservations. Because of the breadth of possibilities for these specialized assistants, it is imperative that they be able to interoperate with the general-purpose assistants. Without this kind of interoperability, enterprise developers will need to re-implement their intelligent assistants for each major generic platform.
This document is a first step in our strategy for IPA standardization. It describes a general architecture of IPAs and explores the potential areas for standardization. It focuses on voice as the major input modality. We believe it will be of value not only to developers, but to many of the constituencies within the intelligent personal assistant ecosystem. Enterprise decision-makers, strategists and consultants, and entrepreneurs may study this work to learn of best practices and seek adjacencies for creation or investment. The overall concept is not restricted to voice but also covers purely text based interactions with so-called chatbots as well as interaction using multiple modalities. Conceptually, the authors also define executing actions in the user's environment, like turning on the light, as a modality. This means that components that deal with speech recognition, natural language understanding or speech synthesis will not necessarily be available in these deployments. In case of chatbots, speech components will be omitted. In case of multimodal interaction, interaction modalities may be extended by components to recognize input from the respective modality, transform it into something meaningful and vice-versa to generate output in one or more modalities. Some modalities may be used as output-only, like turning on the light, while other modalities may be used as input-only, like touch.
Currently, users are mainly using the IPA Provider that is shipped with a certain piece of hardware. Thus, selection of a smart phone manufacturer actually determines which IPA implementation they are using. Switching among different IPA providers also involves switching the manufacturer, which requires high costs and getting used to a new user interface specific to the new manufacturer. On the one hand users should have more freedom in selecting the IPA implementation they want. However, they are bound to use the service that is available in that implementation but which may not be what they necessarily prefer. On the other hand, IPA providers, which mainly produce the software, must also function as hardware manufacturers to be successful.
Moreover, we are also seeing the emergence of independent conversational agents, owned and operated by independent enterprises, and built on either white label platforms or of best-of-breed components by 3rd party development agencies. This may largely free IPA development from hardware. Such a market transition creates an ever greater impetus for this work.
Finally, manufacturers also have to take care to port existing services to their platform. Standardization would clearly lower the needed efforts for porting and thus reduce costs. Additionally, it may also pave the way for interoperability among available IPA providers. Tasks may be transferred, partially or completely to other IPAs.
In order to explore the potential for standardization, a typical usage scenario is described in the following section.
This section describes potential usages of IPAs.
A user would like to plan a trip to an international conference and she needs visa information and airline reservations. She will give the intelligent personal assistant (IPA) her visa information (her citizenship, where she is going, purpose of travel, etc.) and it will respond by telling her the documentation she needs, how long the process will take and what the cost will be. This may require the personal assistant to consult with an auxiliary web service or another personal assistant that knows about visas.
Once the user has found out about the visa, she tells the IPA that she wants to make airline reservations. She specifies her dates of travel and airline preferences and the IPA then interacts with her to find appropriate flights.
A similar process will be repeated if the user wants to book a hotel, find a rental car, or find out about local attractions in the destination city. Booking a hotel as part of attending a conference could also involve finding out about a designated conference hotel or special conference rates, which, again, could require interaction with the hotel or the conference's IPA's.
User encounters emergency situations that requires them to use their hands while administering medical care, driving or operating machinery. Manual interactions on control panels, keyboards or touch pads can impede life saving activities and diminish focus while operating sensitive vehicles, devices and machinery. User would benefit from a secure, interoperable, voice interactive system that can be used to access necessary information, keeping hands free to perform these actions.
Examples of emergency applications include:
All of these use cases benefit from voice interation systems that have:
Interoperability:
Roles like user, developer, IPA supplier will be added in a future version of this document
In order to cope with such use cases as those described above an IPA follows the general design concepts of a voice user interface, as can be seen in Figure 1.
The architecture described in this document follows the SOLID principle introduced by Robert C. Martin to arrive at a scalable, understandable and reusable software solution.
This architecture follows a traditional partitioning of conversational systems, with separate components for speech recognition, natural language understanding, dialog management, natural language generation, and audio output, (audio files or text to speech). This architecture does not rule out combining some of these components in specific systems.
This architecture aims at serving, among others, the following most popular high-level use cases for IPAs
Not all components may be needed for actual implementations, some may be omitted completely. However, we note them here to provide a more complete picture. This architecture comprises three layers that are detailed in the following sections
Actual implementations may want to distinguish more than these layers. The assignment to the layers is not considered to be strict so that some of the components may be shifted to other layers as needed. This view only reflects a view that the Community Group regard as ideal and to show the intended separation of concerns.The Client Layer contains the main components that interface with the user. The following figure details the view onto the Client Layer shown in Figure 1.
Capture devices or modality recognizers are used to capture mutlimodal user input, such as voice or text input. Additional input modalities can be employed that capture input with a specific modality recognizers. Additional input may be gathered from Local Data Providers
The microphone is used to capture the voice input of a user as a primary input modality.
The keyboard may be optionally used to capture the text input if the IPA accepts this input modality.
Presentation devices or modality synthesizers are used to provide system output to the user. Additional output modalities can be employed that render their output with a specific modality synthesizer. It is not always required that a verbal auditory output is made as a reply to a user. The user can also become aware of the output as a consequence of an observable action as a result of a Local Service within the Client Layer or an External Services call from the External Data / Services / IPA Providers Layer. In these cases an additional nonverbal auditory output may be considered.
The loudspeaker is used to output replies as verbal auditory output in the shape of spoken utterances as a primary output modality. Utterances may be accompanied by nonverbal auditory output such as
The display may be optionally used to present text output if the IPA supports this output modality.
Clients enable the user to access the IPA via voice with the following characteristics.
The Client Activation Strategy defines how the client gets activated to be ready to receive spoken commands as input. In turn the Microphone is opened for recording. Client Activation Strategies are not exclusive but may be used concurrently. The most common activation strategies are described in the table below
| Client Activation Strategy | Description |
|---|---|
| Push-to-talk | The user explicitly triggers the start of the client by means of a physical or on-screen button or its equivalent in a client application. |
| Hotword | In this case, the user utters a predefined word or phrase to activate the client by voice. Hotwords may also be used to preselect a known IPA Provider. In this case the identifier of that IPA Provider is also used as additional metadata augmenting the input This hotword is usually not part of the spoken command that is passed for further evaluation. |
| Gesture-to-talk | The user triggers the start of the client by means of a gesture, e.g. raising the hand to be detected by a sensor. |
| Local Data Providers | In this case, a change in the environment may activate the client, for example if the user enters a room. |
| ... | ... |
The usage of hotwords includes privacy aspects as the microphone needs to be always active. Streaming to the components outside the user's control should be avoided, hence detection of hotwords should ideally happen locally. With regard to nested usage of IPAs that may feature their own hotwords, the detection of hotwords might be required to be extensible.
A registry for all Local Services and Local Data Providers that can be accessed by the client
Local services can be used to execute local actions in the user's local environment. Examples include turning on the light or starting an application, for instance a navigation system in a car.
Local Data Providers capture input that is accessible in the user's local environment. They can be used to provide additional input to the IPA Client or to provide additional information that is needed to execute services. An example for the latter is the state of the light, either turned on or turned off.
The Dialog Layer contains the main components to drive the interaction with the user. The following figure details the high-level view of the Dialog Layer shown in Figure 1.
The general IPA Service API mediates between the user and the overall IPA system. The service layer may be omitted in case the IPA Client communicates directly with Dialog Manager. However, this is not recommended as it may contradict the principle of separation-of-concerns. It has the following characteristics
The Automated Speech Recognizer (ASR) receives audio streams of recorded utterances and generates a recognition hypothesis as text strings for the local IPA. Conceptually, ASR is a modality recognizer for speech. It has the following characteristics
An Natural Language Understanding (NLU) component that able to extract meaning as intents and associated entities from an utterance as text strings.
The Dialog Manager is a component that receives semantic information determined from user input, updates the dialog history, its internal state, decides upon subsequent steps to continue a dialog and provides output, mainly as synthesized or recorded utterances. Conceptually the dialog manager defines the playground that is used by the Dialogs and contributes significantly to the user experience. The Dialog Manager has the following characteristics
A Dialog Strategy is a conceptualization of a dialog for an operationalization in a computer system. It defines the representation of the dialog's state and respective operations to process and generate events relevant to the interaction. This specification is agnostic to the employed Dialog Strategy. Examples of dialog strategy include
| Dialog Strategy | Example |
|---|---|
| State-based | State Chart XML (SCXML): State Machine Notation for Control Abstraction |
| Frame-based | Voice Extensible Markup Language (VoiceXML) 2.1 |
| Plan-based | Information State Update |
| Dialog State Tracking | Machine Learning for Dialog State Tracking: A Review |
| ... | ... |
Conceptually, multiple sessions can be active in parallel. Dialog execution can be governed by a sessions, e.g. to free resources of ASR and NLU engines when a session expires. Linguistic phenomena, like anaphoric references and ellipsis, are expected to work within a session. The selected IPA Providers or the Dialog Manager may have leading roles for this task.
A session begins when the user starts to interact with an IPA, may continue over multiple interaction turns, i.e. an input and output cycle, and ends if the user does not start a new input within a predefined time span. This includes the possibility that a session may persist over multiple requests.
During the interaction with a user all kinds of information are collected and managed in the so-called conversation context or dialog context. It contains all the short and long term information needed to handle a conversation and thus may exceed the concept of a session. It also serves for context-based reasoning with the help of the Knowledge Graph and to generate output for the output to the user NLG. It is not possible to capture each and every aspect of what context should comprise as discussions about context are likely to end up in trying to explain the world. For the sake of this specification it should be possible to deal with the following characteristics
The Dialog History mainly stores the past dialog events per user. Dialog events include users’ transcriptions, semantic interpretations and resulting actions. Thus, it has information on how the user reacted in the past and knows her preferences. The history may also be used to resolve anaphoric references in the NLU or can be used as temporary knowledge in the Knowledge Graph.
The system uses a knowledge graph, e.g., to reason about entities and intents. This may be received from the detected input from the NLU or Data Providers to come up with some more meaningful data matching the current task better. One example is the use of the name of a person as a navigation target as a person usually has an address that qualifies to be used in navigation tasks.
The natural language generation (NLG) component is responsible for preparing the natural language text that represents the system’s output. It has the following characteristics
The Text-to-Speech (TTS) component receives text strings, which it converts into audio data. Conceptually, the TTS is a modality specific renderer for speech. It has the following characteristics
Dialogs support interaction with the user. They include Core Dialogs, which are built into the system, and provide basic interactions, as well as more specialized dialogs which support additional functionality.
The Core Dialog are logical entities that are able to handle basic functionality via Core Intent Sets to enable interaction with the user at all. This includes among others
| Core Dialog | Purpose |
|---|---|
| Greeting | Welcome the user and and prepare for initial input. |
| Help | The user asked for more guidance. |
| Goodbye | Terminate the interaction with the user. |
| Service not available | The dialog relies on reaching out for a specific service but was not able to reach it, e.g. because of connection issues. |
| Intent not known | The Provider Selection Service returned an intent that can not be handled by a corresponding Dialog. |
| No input | The user did not say anything within a predefined timespan |
| Error | An unknown error occurred |
| Transfer to external IPA Provider | Notify the user that the following dialog steps will be handled outside the scope of this IPA. |
| ... | ... |
Conceptually, the Core Dialog is a special Dialog as described in the following section that is always available.
A Dialog is able to handle functionality that can be added to the capabilities of the Dialog Manager through its associated Intent Sets. Dialogs are logical entities within the overall description of the interaction with the user, executed by the Dialog Manager. Dialogs must serve different purposes in the sense that they are unique for a certain task. E.g., only a single flight reservation dialog may exist at a time. Dialogs have the following characteristics
A Core Intent Set usually identifies tasks to be executed and defines the capabilities of the Core Dialog. Conceptually, the Core Intent Sets are Intent Sets that are always available.
Intent Sets define actions, identified by the name of the intent, along with their parameters as entities as it is produced by the NLU that can be consumed by a corresponding Dialog and have the following characteristics
The Dialog X's are able to handle functionality that can be added to the capabilities of the Dialog Manager through their associated Intent Set X. A Dialog X extends the Core Dialogs and add functionality by custom Dialogs. The Dialog X's must server different purposes in a sense that they are unique for a certain task. E.g., only a single flight reservation dialog may exist at a time. They have the same characteristics as a Dialog.
An Intent Set X is a special Intent Set that identifies tasks that can be executed within the associated Dialog X.
The Dialog Registry manages all available Dialogs with their associated Intent Sets with respect to the current Dialog Strategy. This means, it is the Dialog Registry that would know which Dialog to use for a given intent. For some Dialog Strategy this component may be omitted as it is taken over by the Dialog Manager. One of these cases is when the Dialog Strategies does not allow for the dynamic handling of Dialogs as described below.
A service that provides access to all known Data Providers, External Services and IPA Providers. This service also maps the IPA Intent Sets to the Intent Sets in the Dialog layer. It has the following characteristics
The Provider Selection Strategy aims at determining those IPA Providers that are most likely suited to handle the current input. Generally,the system should not make any assumptions about the user's current input as she may switch goals with each input but there may be some deviating use cases. The provider selection strategy may be implemented for example as one of the following options or a combination thereof to determine a list of IPA Providers candidates.
A registry for all IPA Providers that can be accessed. It has the following characteristics
A registry that knows how to access the known IPA Providers, i.e., which are available and credentials to access them. Storing of credentials must meet security and trust considerations that are expected from such a personalized service. It has the following characteristics
A registry for all External Services and Data Providers that can be accessed by the client
Data Providers obtain data from various external sources for use in the interaction, for example, data obtained from a third-party web service.
A data provider to get data to be used in the Dialog, e.g. as a result of a query.
External Services provide access to trigger actions outside of the system; for example, triggered from a third-party web service.
A specific External Service, which provides output of the system, e.g. through an application can use multiple External Services.
IPA providers provide IPA's that can interact with users in an application.
A provider of an IPA service, like
The IPA provider may be part of the IPA implementation as an IPA Provider or alternatively a subset of the original functionality as described below as part of another IPA implementation.
An ASR component receives audio streams of recorded utterances and generates a recognition hypothesis as text strings as an input for the Provider NLU.
An NLU component that is able to extract meaning as intents and associated entities from an utterance as text strings for IPA Provider X. It has the following characteristics
An Intent Set that might be returned by the Provider NLU to handle the capabilities of IPA Provider X.
The previous sections showed a more detailed view onto the architectural buildings blocks. A general overview comprising these detailing is shown in the following figure.
This section needs to be updated to match the changes as introduced above.
This section expands on the use case above, filling in details according to the sample architecture.
A user would like to plan a trip to an international conference and she needs visa information and airline reservations.
The user starts by asking a general purpose assistant (IPA Client, on the left of the diagram) about what the visa requirements are for her situation. For a common situation, such as citizens of the EU traveling to the United States, the IPA is able to answer the question directly from one of its dialogs 1-n getting the information from a web service that it knows about via the corresponding Data Provider. However, for less common situations (for example, a citizen of South Africa traveling to Japan), the generic IPA will try to identify a visa expert assistant application from the dialog registry. If it finds one, it will connect the user with the visa expert, one of the IPA providers on the right side. The visa expert will then engage in a dialog with the user to find out the dates and purposes of travel and will inform the user of the visa process.
Once the user has found out about the visa, she tells the IPA that she wants to make airline reservations. If she wants to use a particular service, or use a particular airline, she would say something like "I want to book a flight on American". The IPA will then either connect the user with American's IPA or, if American doesn't have an IPA, will inform the user of that fact. On the other hand, if the user doesn't specify an airline, the IPA will find a general flight search IPA from its registry and connect the user with the IPA for that flight search service. The flight search IPA will then interact with the user to find appropriate flights.
A similar process would be repeated if the user wants to book a hotel, find a rental car, find out about local attractions in the destination city, etc. Booking a hotel could also involve interacting with the conference's IPA to find out about a designated conference hotel or special rates.
This section provides a detailed walkthrough that aligns the steps in the use case interaction with the architecture. It covers only the part from the example above that the user asks for a flight travel with a dedicated airline. This very basic example assumes that this is the first request to IPA and that there is a suitable dialog ready that matches the user's request. It may also vary, e.g., depending on the used Dialog Strategy and other optional items that may actually result in different flows. The walkthrough is split into two parts for the input path and for the output path.
The general architecture of IPAs described in this document should be detailed in subsequent documents. Further work must be done to
| Component | Potentially related standards |
|---|---|
| IPA Client | |
| IPA Service | none |
| Dialog Manager | |
| TTS | |
| ASR | |
| Core Dialog | |
| Core Intent Set | none |
| Dialog Registry | |
| Provider Selection Service | none |
| Accounts/Authentication | |
| NLU | |
| Knowledge Graph | |
| Data Provider | none |
The table above is not meant to be exhaustive nor does it claim that the identified standards are suited for IPA implementations. They must be analyzed in more detail in subsequent work. The majority are starting points for further refinement. For instance, the authors consider it unlikely that VoiceXML will actually be used in IPA implementations.
Out of scope of a possible standardization is the implementation inside the IPA Providers and potential interoperability among them. However, it eases the the integration of their exposed services or even allow to use services across different providers. Actual IPA providers may make use of any upcoming standard to enhance their deployments as a marketplace of intelligent services.
This version of the document was written with the participation of members of the W3C Voice Interaction Community Group. The work of the following members has significantly facilitated the development of this document:
| Abbreviation | Description |
|---|---|
| ASR | Automated Speech Recognition |
| NLG | Natural Language Generation |
| NLU | Natural Language Understanding |
| TTS | Text to Speech |


Hi, my name is Deeno. I'm a software developer with a passion for programming. I love to stay up to date with the latest technologies and web trends; the industry is contrantly evolving and it's great to see all the innovations as well as being apart of the process by constantly developing my skills as well.
I have experience as a front end developer; HTML, CSS (SASS) and JavaScript, with the React framework to create responsive and mobile-first applications. I also have experience using Node.js to develop the back end. Additionally, I utilise Git and Github to track the development of my projects, as well as having an online repository for others to view my code.
Finally, I also have an interest in blockchain technology, and it's potential to fundamentally shift the way we all use the internet. I have knowledge regarding smart contract development and deploying decentralized applications on the Ethereum blockchain with the solodity programming language.
View ResumeThis is the landing page for an upcoming cocktail bar and clothing store called NV lounge. I utilised HTML, CSS and Javascript to create the dynamic animations that brings life to the website.
This is a to do list application created with HTML, CSS and JavaScript. I used local storage to save To-Do's after the application is closed.
This is a react application that fetches data from an external API, and maps over them, while allowing for the searching of names without re-rendering the application.
Feel free to reach out to me :D
Email


Driver killed after running red light in North Las Vegas ID’d
by Rio LacanlaleThe Clark County coroner’s office says a speeding driver who died in a crash Friday morning after running a red light was an 18-year-old North Las Vegas resident.
Sergio Guajardo was pronounced dead at the site of the crash, at Losee Road and Cheyenne Avenue, of blunt force trauma to the head and neck, according to the coroner’s office. His death has been ruled accidental.
North Las Vegas police have said that Guajardo’s red sedan, which had been seen speeding in the area before the crash, ran a light in the intersection and ended up partially underneath a semitrailer.
It wasn’t immediately clear whether Guajardo was impaired.


Light is an Omni-Channel Application Framework/REST API Server Platform leverages AngularJS, Undertow and OrientDB. It is lightning fast, light weighted and shed light on how applications and REST APIs can be built and deployed. On front end, it is easy to add new components, views and applications and to deploy them individually to production. On back end, it implements REST API with POJO and deploys individual Java class file to production with out dealing with EARs, WARs and JARs.
Omnichannel is a still new and the idea is still developing. Omnichannel is about true continuity of your experience. But the key is that it extends beyond a single brand’s universe. Being omniscient is perceiving and understanding all things. And the best way for a customer to perceive everything is to allow them to own their data and experience, then give them the ability to use it to guide creation and context of every future experience.
Today's web applications are facing challenges: Productivity of development team, Change and release management, Security and performance, Integration with back-end legacy system, Dependencies and versions management, Supporting, Logging and monitoring of client side application (AngularJS) running on browsers, and capturing and analyzing client behavior data which is valuable and can directly lead to sales.
AngularJS and Bootstrap built Web Components, Views and Applications with configuration and data from backend. Embedded Undertow HTTP 2.0 server with non-blocking, asynchronous architecture. Hazelcast Distributed cache and Document-Graph NoSQL database OrientDb. Light Rule Engine glues everything together and command/event sourcing along with CQRS makes framework scalable and supports events replay anywhere.
Component is the smallest deployment unit in the framework and it contains Web Component built with AngularJS, configurations data in database, a set of rules built in Java. Components are separate with data so that it can be open sourced and reused anywhere and it can only be alive as part of the view which can have several components and other contents. Angular schema form is one of the components.
Views are also called pages and it consists several components and static contents. It is working independently with other views except sharing data and routing to other views. Like component, it can be deployed independently and the dependencies and versions are managed by graph database through configuration. Views can also have rules to handle business logic and manage components within.
An application contains several views linked by routing rules and it provides user experience on certain function on a site. It can be deployed separately and manages views dependencies and versions. One web site can have several applications to hundreds of applications. Blog, Forum and News are common applications already implemented in the framework; however, users can choose to other ui experience.
The references section outlines all the standard HTML tags and CSS properties along with other useful references such as color names and values, symbols and character entities, web safe fonts, language codes, HTTP messages and much more.
The examples section encloses an extensive collection of examples on various topic that you can try and test yourself using online HTML editor.
The collection of Frequently Asked Questions (FAQ) provides brief answers to many common questions related to web design and development.


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Oasis Pizza is Health Food!
Please choose from the following:
Please choose a crust
Whole wheat
Traditional
Deep-dish
Cheese (as many as you want)
Mozzarella
Cheddar
Soy
Meat (as many as you want)
None (veggie)
Pepperoni
Ham
Beverage (please choose one)
Beer
Cola
Orange


Cross Site Tracing (XST) Attacks
It is always a good practice to scrub all input, especially those
inputs that will later be used as parameters to OS commands, scripts,
and database queries. It is particularly important for content that
will be permanently stored somewhere in the application. Users should
not be able to create message content that could cause another user to
load an undesireable page or undesireable content when the user's
message is retrieved.
General Goal(s):
Tomcat is configured to support the HTTP TRACE command. Your goal is to perform a Cross Site Tracing (XST) attack.


Dear student,
Welcome to SMART Science Genius Rap add-on!
Follow the step-by-step instructions on this add-on, use keywords provided by your teacher and build your very own rap song in an hour!

Have you already made your rap song and just want to play it?
Press Start and our system will take care of the rest!
Soundtracks:
"Hip-Hop beat" by JarAxe from freesound.org
"Dre style rap loop" by stankbeast from freesound.org
"ghettah" by booky789 from freesound.org
"City rap beat" by stankbeast from freesound.org
"icon.png" Icon "Voice recorder" made by Freepik from www.flaticon.com


Checkout Page
You will either need to login in or create a user in order to complete your checkout.
Billing address
Your cart summary 3
-
$12
Product name
Brief description -
$8
Second product
Brief description -
$5.00
Third item
Brief description - Cart Total (USD) $20.00
Payment
Full name as displayed on card
Name on card is required
Credit card number is required
Expiration date required
Security code required


GNOME-SESSION-PROPERTIES(1) GNOME-SESSION-PROPERTIES(1) NAME gnome-session-properties - Configure applications to start on login SYNOPSIS gnome-session-properties DESCRIPTION The gnome-session-properties program enables the users to configure what applications should be started on login, in addition to the default startup applications configured on the system. It also proposes an interface to save a snapshot of the currently running applications so that they can automatically be restored to their current state on your next GNOME session. BUGS If you find bugs in the gnome-session-properties program, please report these on https://bugzilla.gnome.org. SEE ALSO gnome-session(1) gnome-session-save(1) GNOME GNOME-SESSION-PROPERTIES(1)


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface ValidationEvents
List of error codes, being used in validation events.
| Field Summary | |
|---|---|
static java.lang.String |
EVENT_ADDITIONAL_CHILD_ELEMENT
A complex elements child is unknown. |
static java.lang.String |
EVENT_ALL_GROUP_REUSE
A childs of an all group was used more than once. |
static java.lang.String |
EVENT_CHOICE_GROUP_REUSE
More than one alternative in a choice group have been used. |
static java.lang.String |
EVENT_ILLEGAL_VALUE
An element or attribute value was invalid. |
static java.lang.String |
EVENT_MULTIPLE_OCCURRENCIES
An element occurred more than expected. |
static java.lang.String |
EVENT_PREMATURE_END_ELEMENT
Some of an elements child are missing. |
static java.lang.String |
EVENT_PROCESSING_INSTRUCTION
A processing instruction was found. |
static java.lang.String |
EVENT_SKIPPED_ENTITY
A skipped entity was found. |
static java.lang.String |
EVENT_UNEXPECTED_CHILD_ELEMENT
An unexpected child was found in an atomic element or in a complex element with simple content. |
static java.lang.String |
EVENT_UNEXPECTED_CHILD_STATE
A child element was not expected at this place. |
static java.lang.String |
EVENT_UNEXPECTED_TEXTUAL_CONTENTS
Unexpected textual contents have been found. |
static java.lang.String |
EVENT_UNKNOWN_ANY_ATTRIBUTE
An attribute with an invalid namespace was detected in an element with an "anyAttribute" declaration. |
static java.lang.String |
EVENT_UNKNOWN_ATTRIBUTE
An attribute was unknown. |
static java.lang.String |
EVENT_WRONG_ROOT_ELEMENT
The root elements type was wrong. |
| Field Detail |
|---|
static final java.lang.String EVENT_CHOICE_GROUP_REUSE
static final java.lang.String EVENT_PROCESSING_INSTRUCTION
A processing instruction was found. JaxMe doesn't know how to handle processing instruction, thus they are treated as a validation event, possibly throwing an exception.
This behaviour is questionable. It may very well be changed at a later time, if another way of handling processing instructions is defined. However, if we throw an event now, the possible change is upwards compatible.
static final java.lang.String EVENT_SKIPPED_ENTITY
A skipped entity was found. JaxMe doesn't know how to handle skipped entities, thus they are treated as a validation event, possibly throwing an exception.
This behaviour is questionable. It may very well be changed at a later time, if another way of handling skipped entities is defined. However, if we throw an event now, the possible change is upwards compatible.
static final java.lang.String EVENT_UNEXPECTED_TEXTUAL_CONTENTS
Unexpected textual contents have been found. For example, a sequence must not have embedded text, because it would have mixed content otherwise. Textual content is ignored, if it consists of whitespace characters only.
static final java.lang.String EVENT_UNEXPECTED_CHILD_ELEMENT
An unexpected child was found in an atomic element or in a complex element with simple content.
static final java.lang.String EVENT_ALL_GROUP_REUSE
static final java.lang.String EVENT_UNEXPECTED_CHILD_STATE
A child element was not expected at this place. For example, in the case of a choice, this may indicate that more than one of the possible elements have been found. In the case of a sequence, this can indicate a mismatch in the order of the child elements.
static final java.lang.String EVENT_ADDITIONAL_CHILD_ELEMENT
A complex elements child is unknown. A possible reason is an error in the child elements name.
static final java.lang.String EVENT_MULTIPLE_OCCURRENCIES
An element occurred more than expected. In other words,
the elements maxOccurs
facet was violated.
static final java.lang.String EVENT_WRONG_ROOT_ELEMENT
The root elements type was wrong.
static final java.lang.String EVENT_ILLEGAL_VALUE
An element or attribute value was invalid. For example, in the case of a dateTime instance, this may indicate an unparseable date.
static final java.lang.String EVENT_UNKNOWN_ATTRIBUTE
An attribute was unknown.
static final java.lang.String EVENT_UNKNOWN_ANY_ATTRIBUTE
An attribute with an invalid namespace was detected in an element with an "anyAttribute" declaration.
static final java.lang.String EVENT_PREMATURE_END_ELEMENT
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|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Want to calculate your semester GPA or you want to know what you need for a final? I got you covered.


{% extends "base.html" %} {% block title %}About the Brigades{% endblock %} {% block description %}Code for America Brigades are volunteer groups that collaborate with local government and community partners to build new tools that help with local civic issues.{% endblock %} {% block subhero_title %}About the Brigade Network{% endblock %} {% block subhero_description %}
Code for America Brigades are volunteer groups that collaborate with local government and community partners to build new tools that help with local civic issues.
{% endblock %} {% block content %}We’re a national network of community organizers and technologists who are putting technology to work for the benefit of our local communities.
Our Brigades meet regularly to build, share and learn about tools to create, support, and serve the public good.
We're thousands of designers, academic researchers, data journalists, activists, policy wonks, web developers and curious citizens who want to make our city more just, equitable, transparent and delightful to live in through data, design and technology.
Come join us!
The National Advisory Council (NAC) is an elected group of Brigade members that represents the Brigade network and advocates for the ideals of our community.
Learn about the NACThe Code for America Network Team is a staff team dedicated to building a movement of people making government work for the people, by the people, in the digital age. We support the nationwide Brigade Network, organize the Code for America Community Fellowship, and lead Code for America’s volunteer mobilization.
Learn about the Network TeamCode for America has a Code of Conduct that applies to our activities, events, and digital forums. We do not tolerate discrimiation or harrassment of any kind.
Check out our full Code of Conduct


- Alpha Trion - Cybertronian Sage
- Captain Elita-1 - Special Ops - Ranger
- Captain Ironhide - Infantry - Bodyguard
- Captain Wheeljack - Engineering - Scientist
- Major Shockwave - Applied Sciences - Scientist
- Major Ultra Magnus - Infantry - City Commander
- Private Red Heat - Infantry - Emergency Response
- Private Sideswipe - Infantry - Soldier
- Private Trailbreaker - Infantry - Fortification & Defense
- Raider Ion Storm - Infantry - Rainmaker
- Raider Road Hugger - Infantry - Tactics
- Raider Runabout - Infantry - Soldier
- Raider Storm Cloud - Infantry - Electronic Warfare
- Sergeant Cog - Artillery - Mechanic
- Sergeant Hound - Infantry - Recon
- Sergeant Skrapnel - Infantry - Electronic Warfare
- Sergeant Skywarp - Black Ops - Seeker
- Specialist Ratchet - Engineering - Rescue & Repair


Unmatched Toner Cartridge Quality 20 Less Than Oem Price
A Pocket PC is a handheld computer, which features many of the same capabilities as a modern PC. These handy little devices allow individuals to retrieve and store e-mail messages, create a contact file, coordinate
appointments.
Unmatched Toner Cartridge Quality 20 Less Than Oem Price
A Pocket PC is a handheld computer, which features many of the same capabilities as a modern PC. These handy little devices allow individuals to retrieve and store e-mail messages, create a contact file, coordinate
appointments.
If you are a male over the age of 40 and are suffering from weakness, impotence, pain, stiffness, drooping muscles, depression, anxiety, or heat intolerance, you may be experiencing “andropause”.
If you are a male over the age of 40 and are suffering from weakness, impotence, pain, stiffness, drooping muscles, depression, anxiety, or heat intolerance, you may be experiencing “andropause”.
Summer is often synonymous with beaches, ballparks and barbecues, all offering tempting snacks and treats. To many women who are watching their weight, the back-to-school season is an ideal time to enroll in their
own “Making Smarter Food Choices 101
Breast Lifts
Cartwrightborough
Summer is often synonymous with beaches, ballparks and barbecues, all offering tempting snacks and treats. To many women who are watching their weight, the back-to-school season is an ideal time to enroll in their
own “Making Smarter Food Choices 101
Rebeccamouth
South Justicestad
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod bibendum laoreet. Proin gravida dolor sit amet lacus accumsan et viverra justo commodo. Proin odales pulvinar tempor. ?Cum sociis natoque penatibus
et magnis dis parturient montes, nascetur ridiculus mus. Nam fermentum, nulla luctus pharetra vulputate, felis tellus mollis orci, sed rhoncus sapien nunc eget.


Central Council to meet with Mayo GAA over impasse
THE GAA Central Council is to meet with officers of the Mayo GAA County Board over an ongoing controversy.
The Croke Park-based ruling body is concerned over the impasse between the board and the Mayo International GAA Supporters Club.
THE club, headed by millionaire businessman Tim O'Leary, is withholding €250,000 raised at a function in New York last May after citing concerns over governance issues.
The purpose of the meeting, to be attended by the GAA's director general Tom Ryan, is 'to scope the full extent of the issue' and seek to find a solution.
The Connacht GAA Council will also be represented at the meeting.


FBK offers a unique stimulating and exciting environment to its PhD students. PhD students supervised by FBK researchers conduct their work in the lab of the research units, in strict collaboration with the units’ teams and under the supervision of top-ranked researchers, targeting the highest scientific and publication standards.
The PhD program is carried out in collaboration with prestigious national and international affiliated universities. Over 90 PhD students are allocated to FBK's research units and are actively involved in international research projects and mobility programs.
Most alumni of the PhD program have an exceptionally strong publication and citation record, and have been enrolled in prestigious institutions, as IBM T. J. Watson and University of Colorado at Boulder. During the FBK PhD Day, the best PhD student who graduated in the previous year is granted a monetary award.


[§425E-302] No right or power as limited partner to bind limited partnership. A limited partner shall not have the right or the power as a limited partner to act for or bind the limited partnership. [L 2003, c 210, pt of §1]


Before Change
// Keep those timesteps that have firing neurons
timesteps_to_keep = torch.nonzero(torch.sum(activity, dim=0))
activity = activity[:, timesteps_to_keep]
// Aggregate all of the firing neurons" indices
for timestep in range(activity.size()[1]):
ordering = [neuronID for pseudo_list in torch.nonzero(activity[:, timestep].view(-1))[:][:].tolist() for neuronID in pseudo_list]
After Change
fire_order = []
for t in range(activity.size()[0]):
ordering = torch.nonzero(activity[t].view(-1))
if ordering.numel() > 0:
ordering = ordering[:, 0].tolist()
fire_order += ordering
// Consider all ngram sequences.
for j in range(len(fire_order) - n):


Operation Genovese
About
In the Spring of 2017 a campus group contacted the club and asked if any of our members were interested in working on a video game for a social media campaign contest they were participating in. Two of our members joined up with them and created a visual novel based on a script the group gave them. The game was supposed to educate its users about identifying potential signs that their friends/family were in danger of joining a terrorist organization, or committing a terrorist attack. It also would show the users how they should try and stop their family members from joining terrorist organizations by criticizing their families philosophy or reporting them to the authorities at the correct time. The game went on to be featured on local news and helped the campus group win their social media competition beaitng 50+ schools nationwide!
Development
The game was made over the course of two months in the GameMaker engine. One member made all of the art while the other handled the programming and writing some of the script. Both members were pressed for time due to the deadline for the project but managed to eek out a game anyway. This project is a good example of how being in the club can help you learn how to quickly acquire game dev skills and work under time pressure.


Thank you for your interest. Please check your email for a response to your inquiry in the next 24 hours
@Copyright 2020 Joshua Vaslie


Coastal Inundation Forecast Demostration Project (CIFDP)
Forecast Web Mapping Application
Komave Data for Charting
Forecast
Nowcast
RealTime


String Operations
1. Find the last but one box of a list.
2. Find the last box of a list.
3. Find the K'th element of a list.
4. Find wether string is palindrome or not.
5. Find the number of elements of a list.
6. Reverse a list.
7. Eliminate consecutive duplicates of list elements.
8. Pack consecutive duplicates of list elements into sublists.
9. Run-length encoding of a list.
10. Modify the result of problem-9 in such a way that if an element has no duplicates it is simply copied into the result list. Only elements with duplicates are transferred as (N E) lists.
11. Duplicate the elements of a list.
12. Replicate the elements of a list a given number of times.