Associate Professor (Maître de Conférences) at the RST department of Télécom SudParis, Institut Mines-Télécom, and at the IDIA departement of Institut Polytechnique de Paris
0000-0001-8150-6617
Researcher in the SCN team of the SAMOVAR laboratory of Télécom SudParis, in the Research Action 7 (Smart Grid Management and Resilience) of E4C interdisciplinary center
Co-leader of the CERES project of the CIEDS interdisciplinary center
Head of the Networks and Systems Security (SSR) Master-level curriculum, in charge of the Risk Assessment and Attack Detection course
Steering Committee member of the RESSI conference
Co-chair of WG7 on Network Security at Cybersecurity France-Japan
Member of Security WG at 6G Smart Networks and Services Industry Association (6G-IA)
Teaching contributor to the MOOC Sécurité des Réseaux Informatiques (Computer Networks Security course in French)
qualified for Ass. Professorship (MCF) under CNU requirements (#15227240851)
"Digital Twin for the Security of Industrial Control Systems", Invited Seminar at The University of Tokyo's Security Informatics Education and Research Center, Online
"Fine-Grained Coverage-Based Fuzzing" by Michaël Marcozzi (CEA)
"Analyzing the Vulnerability of Machine Learning-Based IDS to Adversarial Attacks in Cybersecurity" by Houda Jmila (Télécom SudParis), Palaiseau (FR)
Rendez-vous de la Recherche et de l'Enseignement de la Sécurité des Systèmes d'Information, Neuvy-sur-Barangeon (FR)
"Comparing Private Set Intersection Various Implementations for Fraud Detection" by Pierre-Elisée Flory (Thales)
"Integrating Usage Control into Distributed Ledger Technology for Internet of Things Privacy" by Nathanaël Denis (Télécom SudParis), Palaiseau (FR)
"Sécurité et Résilience", Palaiseau (FR)
"NVIDIA DOCA hackathon" by Romain Ferrari, Louis Cailliot, Julie Sauzedde and Pierre-Elisée Flory (Thales)
"Adversarial Reachability for Program-level Security Analysis" by Soline Ducousso (CEA), Palaiseau (FR)
"Towards a Systematic and Automatic Use of State Machine Inference to Uncover Security Flaws and Fingerprint TLS Stacks" by Aina Toky Rasoamanana (Télécom SudParis)
"Learning from Failures: Secure and Fault-Tolerant Secure Aggregation for Federated Learning" by Mohamad Mansouri (Thales), Palaiseau (FR)
"Search-Based Local Blackbox Deobfuscation: Understand, Improve and Mitigate" by Grégoire Menguy (CEA), Palaiseau (FR)
Rendez-vous de la Recherche et de l'Enseignement de la Sécurité des Systèmes d'Information, Chambon-sur-Lac (FR)
"Gestion de crise et numérique : nouvelles menaces et nouvelles solutions", Palaiseau (FR)
Workshop Interdisciplinaire sur la Sécurité Globale
(as GRIFIN principal investigator), Online
"Role and effects of ARTificial Intelligence in Secure ApplicatioNs" thematic school, Online
17th EAI International Conference on Security and Privacy in Communication Networks
(as Network Security Session Chair), Online
"Solving problems of Routing and Resource Reservation tasks by optimizing Load Balancing processes in telecommunication networks" by Amal Mersni (Kharkiv National University of Radio Electronics), Online
"From Wi-Fi performance evaluation to controlled mobility for drone networks" by Rémy Grünblatt (Inria Lille-Nord Europe), Online
"Zeroconf protocols and their numerous MITM attacks" by Marc Dacier (Eurecom), Online
"Context Aware Security for 6G Wireless" by Arsenia Chorti (ENSEA), Online
"Modélisation et vérification formelles : contributions et application à la sécurité des systèmes" by Kaïs Klai (Université Sorbonne Paris Nord)
"Helping the analyst to understand logged events in a monitored distributed system" by Eric Totel (IMT Atlantique), Online
"Selective Access Control Mechanisms via Cryptographic Primitives" by Nesrine Kaaniche (Télécom SudParis)
"Software-Defined Networking: A Distributed SDN Control for Large-scale Networks" by Fetia Bannour (ENSIEE), Online
Intermediate online workshop
(as WG7 co-chair), Online
"Menaces de sécurité sur l'apprentissage profond", Online
Rendez-vous de la Recherche et de l'Enseignement de la Sécurité des Systèmes d'Information
(as Organization Committee co-chair), Online
IP Paris Energy for Climate Interdisciplinary Center - Smart Grid Management and Resilience, Online
"Towards the Next Generation of IoT-enhanced Smart Communities" by Georgios Bouloukakis (Télécom SudParis), Online
17th Conference on Detection of Intrusions and Malware & Vulnerability Assessment, Online
"Virus, Tracking and Data Privacy" by Hervé Debar (Télécom SudParis), Online
"Machine Learning and IoT", Gif-sur-Yvette (FR)
"Symbolic AI for Data Mining" by Saïd Jabbour (Université d'Artois), Evry-Courcouronnes (FR)
"Cutting Edge of AI Research ~ To Realize Society 5.0 / Smart and Connected Communities", Tokyo (JP)
(as DATAIA representative)
Paris (FR)
Grenoble (FR)
(as WG7 Co-chair and representative of VARIoT project)
"Machine Learning for Optical Networking Applications" by Christine Tremblay (ETS Montréal), Evry-Courcouronnes (FR)
Workshop of the ONF Security and Performance Analysis Brigade, 3rd Network Traffic Measurement and Analysis Conference (TMA 2019), Paris (FR)
Rendez-vous de la Recherche et de l'Enseignement de la Sécurité des Systèmes d'Information, Erquy (FR)
(as Program Committee co-chair)
"Adversarial Machine Learning and its Application to Malware" by Héctor Menéndez (University College London), Evry (FR)
"Human and Critical Infrastructure Surveillance: Security and Investigation Issues" by Nourhene Ellouze (University of Jendouba), Evry-Courcouronnes (FR)
"Fault (Vulnerability) Tree Analysis, the solution to all your security issues?" by Doudou Fall (NAIST), Evry-Courcouronnes (FR)
"Foster EU-Japan Dialogue in the Field of Cybersecurity", Brussels (BE)
(as H2020 CSA EUNITY project member)
11e Forum International de la Cybersécurité, Lille (FR)
(as H2020 CSA EUNITY project member)
"Impact de l'IA dans les métiers de la Cybersécurité", Panel discussion at Télécom ParisTech, Paris (FR)
"Challenges to Use AI Technology for Cybersecurity" by Keiichi Shima (IIJ Innovation Institute), Evry (FR)
"Leveraging softwarization and virtualization to secure 5G slices", Invited talk at Queen's University, Belfast (UK)
13th International Conference on Availability, Reliability and Security, Hambourg (DE)
"A User Study for Smartphone Security Adherence and Correspondence Assistive Techniques" by Jema David Ndibwile (NAIST), Evry (FR)
"Named-Data Networking : Caching, Routing and Cybersecurity" by Thomas Silverston (Shibaura Institute of Technology), Evry (FR)
"Data Science and AI, Core Technologies and Applications for a New Society", Paris (FR)
15th Conference on Detection of Intrusions and Malware & Vulnerability Assessment, Palaiseau (FR)
(as Local Organization Co-Chair)
International Symposium on Engineering Secure Software and Systems, Palaiseau (FR)
(as Local Organization Co-Chair)
"Natural Language Access to Knowledge : Where Reasoning Makes Sense" by Richard Waldinger (SRI International), Evry (FR)
Annecy (FR)
(as WG7 - Network Security co-chair)
Brussels (BE)
(as H2020 CSA EUNITY project representative)
"Research project STRATUS : Security Technologies Returning Accountability, Trust and User-centric Services in the Cloud" by Sana Belguith (University of Auckland), Evry (FR)
"Quelques contributions à l'efficacité des mécanismes cryptographiques" by Kevin Atighehchi (Université de Caen Normandie), Evry (FR)
"Résilience des réseaux de surveillance et de communication acoustique sous-marine" by Stéphane Blouin (DRDC), Evry (FR)
8th International Summer School on Information Security and Protection, Gif-sur-Yvette (FR)
"Network Cloudification : SDN-NFV and 5G-MEC with Edge and Fog Computing" by Ying-Dar Lin (National Chiao Tung University), Evry (FR)
Rendez-vous de la Recherche et de l'Enseignement de la Sécurité des Systèmes d'Information, Autrans (FR)
(as Challenge chair)
Tokyo (JP)
(as representative of the H2020 CSA EUNITY project)
3rd International Conference on Information Systems Security and Privacy, Porto (PT)
(as representative of the FP7 NECOMA project during the European Project Space Poster Session)
17th International Conference on Parallel and Distributed Computing, Applications and Technologies, Guangzhou (CN)
30e édition du Congrès "De Nouvelles Architectures pour les Communications", Paris (FR)
Sécurité et Sûreté de Fonctionnement de l'Usine du Futur, Compiègne (FR)
19th International Symposium on Research in Attacks, Intrusions and Defenses, Evry (FR)
(as Local Arrangement Chair)
4th International Workshop on Building Analysis Datasets and Gathering Experience Returns for Security, Kyoto (JP)
(as PC member, presented on behalf of P. Mensah)
18th International Symposium on Research in Attacks, Intrusions and Defenses, Kyoto (JP)
(as Publication chair)
Paris (FR)
Cybersécurité - des enjeux et des techniques au cœur de l'actualité, Evry (FR)
"On the Forwarding Paths Produced by Internet Routing Algorithms" by Timothy G. Griffin (University of Cambridge), Evry (FR)
Sécurité de l'Internet des Objets, Paris (FR)
3rd International Workshop on Building Analysis Datasets and Gathering Experience Returns for Security, Wroclaw (PL)
(as PC member, presented on behalf of S. Pukkawanna)
"Scalable Measurement and Security Services" by Georg Carle (TU München), Evry (FR)
8e Conférence sur la Sécurité des Architectures Réseaux et des Systèmes d'Information, Mont-de-Marsan (FR)
12th IEEE International Conference on Trust, Security and Privacy in Computing and Communications, Melbourne (AU)
28th IFIP TC-11 SEC International Information Security and Privacy Conference, Auckland (NZ)
(presented on behalf of S. Wazan)
Tokyo (JP)
(as NECOMA's European project coordinator)
26th IEEE International Conference on Advanced Information Networking and Applications, Fukuoka (JP)
4th IFIP International on Conference on New Technologies, Mobility and Security, Paris (FR)
anti Malware engineering WorkShop, Okayama (JP)
(as member of Team IT-Keys; technical rank: 3rd/8 - artistic rank: 5th/8)
Update on the Latest Information Exchange Activity and Collaboration in CyberSecurity, Tokyo (JP)
Security in current Japan: the after-BlackHat (Kansai section), Osaka (JP)
Web Workshop jointly with AfNOG/AfriNIC/AfREN, Kigali (RW)
(as a remote speaker)


About Me
John Hope
Full stack web developer with a background in account management, customer service, and print production. Earned a Bachelors of Arts degree from the University of Saint Thomas in 2015 and working to complete the full stack coding bootcamp through the University of Minnesota.


Belarus is the place I've lived the most amount of years so far. Whole 10 years!
I graduated from high school there, enjoyed 5 years of student life (it takes 5
years to get a Bachelor's degree in Belarus). I met my husband there too. So it's
been great 10 years.
Belarus makes a conflicting impression on people. On one hand you have clean and neat
cities and towns, well dressed and educated people. But on the other hand authoritarian
government, a lot of bureaucracy and outdated technologies. But people are so hospitable
and kind in Belarus. They all look after each other.
There is plenty of sightseeing to do in Minsk, the capital, as well as in other major
cities and countryside. But due to the massive bombings during the Second World War
most of the old architecture was destroyed. So there is no large tourist sights where you
could spend the whole day. You'd have to travel from place to place within the region
to be able to see a couple of old castles or churches.
For an experienced traveler Minsk may appear plain with its Stalinist buildings taking over
the whole city. But the city is full of life and there are plenty of things to do. There are
a couple of good restaurants downtown that offer local cuisine. There are amusement parks
with rides for kids (the biggest ones are
Gorky Park
and
Chelyuskinites Park
).


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The Ageuta 3, concluded with the nohkan's shrilling hishigi pattern, setting up an exciting tone for the deity’s vanishing. The raijo releases that energy.
The slow and non-congruent first part accompanies the exit of the two protagonists, while its congruent second part accompanies the kyōgen’s entrance. The shite is the first one to leave. The waki follows, but he does not enter the bridge . The curtain rises and lowers for the exit of each actor. It rises one last time for the entrance of the kyōgen actor.
The nohkan is the featured instrument, accompanied by the three percussion instruments whose respective rhythmic patterns merge into a single macro-rhythm. Since one cannot predict how long the exit and entrance of an actor will last, musicians follow the mihakarai principle. This is a concept of temporal flexibility in which the number of repetitions of a pattern is determined by the action on stage. In this case, the time the actors take to exit and enter the stage determines the number of repetitions. The taiko player, who sits in front of the bridge, introduces a sequence of three shōnobachi strokes on the honji's seventh beat, and shortens his kakegoe to the other musicians the move to congruency and increase in tempo.
At the beginning of the raijo, the shite takes , each performed solemnly, synchronized with the kakegoe ‘ho’ on beats 2.5 and 6.5. Each step symbolizes the shite traveling a long distance at a very fast speed. After the third step, the shite walks out in standard fashion.


Hello my name's Le Hai Long
This is a simple bootstrap based album of me. I'm happy when creating something related to AI.
This is a video with AI .
This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.
This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.
This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.
This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.
This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 12
Wellingtons are fashionable again, but they don't have to contain beef. A whole salmon en croûte is a lovely Christmas party centrepiece.
Preheat the oven to 180C/350F/Gas 4. Line a large baking tray with baking parchment.
Slice the cucumbers lengthways, scrape out the seeds with a teaspoon, and chop into 1cm/½in thick pieces.
Place the cucumbers in a mixing bowl with the mustard, honey, vinegar and finely chopped dill. Season well with salt and freshly ground black pepper and set aside.
Roll the pastry out to 40cm/16in x 30cm/12in on a lightly floured surface. Lay on the lined baking tray.
Lay one fillet in the centre of the pastry, pile half of the filling on top and then cover with the second fillet.
Brush the edges of the pastry with the mixture of milk and beaten egg.
Fold the pastry over the fish, sealing the edges by pressing them together, leaving a gap in the centre, so that you can see inside.
Brush the pastry with more beaten egg and milk and bake for 45 minutes.
Serve with the remaining cucumber mixture.


|
PaScaL_TDMA2.0
|
Module for building subdomains from the physical domain. More...
Functions/Subroutines | |
| subroutine, public | mpi_subdomain_make (nprocs_in_x, myrank_in_x, nprocs_in_y, myrank_in_y, nprocs_in_z, myrank_in_z) |
| Prepare the subdomain and determine the size of the subdomain. More... | |
| subroutine, public | mpi_subdomain_clean |
| Deallocate subdomain variables. More... | |
| subroutine, public | mpi_subdomain_make_ghostcell_ddtype |
| Build derived datatypes for subdomain communication using ghostcells. More... | |
| subroutine, public | mpi_subdomain_ghostcell_update (theta_sub, comm_1d_x, comm_1d_y, comm_1d_z) |
| Update the values of boundary ghostcells through communication in all directions. More... | |
| subroutine, public | mpi_subdomain_indices (myrank_in_y, nprocs_in_y) |
| Determine whether the next grids are empty(0) or not(1) only in the y-direction. More... | |
| subroutine, public | mpi_subdomain_mesh (myrank_in_x, myrank_in_y, myrank_in_z, nprocs_in_x, nprocs_in_y, nprocs_in_z) |
| Assign grid coordinates and lengths of subdomains. More... | |
| subroutine, public | mpi_subdomain_initialization (theta_sub, myrank_in_y, nprocs_in_y) |
| Initialize the values of the main variable in a subdomain. More... | |
| subroutine, public | mpi_subdomain_boundary (theta_sub, myrank_in_y, nprocs_in_y) |
| Assign the values of boundary grids in the subdomain. More... | |
Variables | |
| integer | ierr |
| double precision, dimension(:,:), allocatable, public | thetabc3_sub |
| B.C. of lower wall. More... | |
| double precision, dimension(:,:), allocatable, public | thetabc4_sub |
| B.C. of upper wall. More... | |
| integer, dimension(:), allocatable, public | jmbc_index |
| Flag whether lower grid is empty(0) or not. More... | |
| integer, dimension(:), allocatable, public | jpbc_index |
| Flag whether upper grid is empty(0) or not. More... | |
| integer, public | nx_sub |
| Grid numbers in the subdomain. More... | |
| integer, public | ny_sub |
| integer, public | nz_sub |
| integer, public | ista |
| Grid indices of the assigned range. More... | |
| integer, public | iend |
| integer, public | jsta |
| integer, public | jend |
| integer, public | ksta |
| integer, public | kend |
| double precision, dimension(:), allocatable, public | x_sub |
| Coordinates of grid points in the subdomain. More... | |
| double precision, dimension(:), allocatable, public | y_sub |
| double precision, dimension(:), allocatable, public | z_sub |
| double precision, dimension(:), allocatable, public | dmx_sub |
| Grid lengths in the subdomain. More... | |
| double precision, dimension(:), allocatable, public | dmy_sub |
| double precision, dimension(:), allocatable, public | dmz_sub |
| integer | ddtype_sendto_e |
| Derived datatype for communication between x-neighbor subdomains. More... | |
| integer | ddtype_recvfrom_w |
| integer | ddtype_sendto_w |
| integer | ddtype_recvfrom_e |
| integer | ddtype_sendto_n |
| Derived datatype for communication between y-neighbor subdomains. More... | |
| integer | ddtype_recvfrom_s |
| integer | ddtype_sendto_s |
| integer | ddtype_recvfrom_n |
| integer | ddtype_sendto_f |
| Derived datatype for communication between z-neighbor subdomains. More... | |
| integer | ddtype_recvfrom_b |
| integer | ddtype_sendto_b |
| integer | ddtype_recvfrom_f |
Module for building subdomains from the physical domain.
This module has simulation parameters for subdomains and communication between the subdomains.
| subroutine, public mpi_subdomain::mpi_subdomain_boundary | ( | double precision, dimension(0:nx_sub, 0:ny_sub, 0:nz_sub), intent(in) | theta_sub, |
| integer, intent(in) | myrank_in_y, | ||
| integer, intent(in) | nprocs_in_y | ||
| ) |
Assign the values of boundary grids in the subdomain.
| theta_sub | Main variable to be solved |
| myrank_in_y | Rank ID in y-direction |
| nprocs_in_y | Number of MPI processes in y-direction |
| subroutine, public mpi_subdomain::mpi_subdomain_clean | ( | ) |
Deallocate subdomain variables.
| subroutine, public mpi_subdomain::mpi_subdomain_ghostcell_update | ( | double precision, dimension(0:nx_sub, 0:ny_sub, 0:nz_sub), intent(inout) | theta_sub, |
| type(cart_comm_1d), intent(in) | comm_1d_x, | ||
| type(cart_comm_1d), intent(in) | comm_1d_y, | ||
| type(cart_comm_1d), intent(in) | comm_1d_z | ||
| ) |
Update the values of boundary ghostcells through communication in all directions.
| theta_sub | Variables to be updated |
| comm_1d_x | Subcommunicator in the x-direction |
| comm_1d_y | Subcommunicator in the y-direction |
| comm_1d_z | Subcommunicator in the z-direction |
| subroutine, public mpi_subdomain::mpi_subdomain_indices | ( | integer, intent(in) | myrank_in_y, |
| integer, intent(in) | nprocs_in_y | ||
| ) |
Determine whether the next grids are empty(0) or not(1) only in the y-direction.
| nprocs_in_y | Number of MPI processes in y-direction |
| myrank_in_y | Rank ID in y-direction |
| subroutine, public mpi_subdomain::mpi_subdomain_initialization | ( | double precision, dimension(0:nx_sub, 0:ny_sub, 0:nz_sub), intent(inout) | theta_sub, |
| integer, intent(in) | myrank_in_y, | ||
| integer, intent(in) | nprocs_in_y | ||
| ) |
Initialize the values of the main variable in a subdomain.
| theta_sub | Main variable to be solved |
| myrank_in_y | Rank ID in y-direction |
| nprocs_in_y | Number of MPI processes in y-direction |
| subroutine, public mpi_subdomain::mpi_subdomain_make | ( | integer, intent(in) | nprocs_in_x, |
| integer, intent(in) | myrank_in_x, | ||
| integer, intent(in) | nprocs_in_y, | ||
| integer, intent(in) | myrank_in_y, | ||
| integer, intent(in) | nprocs_in_z, | ||
| integer, intent(in) | myrank_in_z | ||
| ) |
Prepare the subdomain and determine the size of the subdomain.
| nprocs_in_x | Number of MPI processes in x-direction |
| myrank_in_x | Rank ID in x-direction |
| nprocs_in_y | Number of MPI processes in y-direction |
| myrank_in_y | Rank ID in y-direction |
| nprocs_in_z | Number of MPI processes in z-direction |
| myrank_in_z | Rank ID in z-direction |
| subroutine, public mpi_subdomain::mpi_subdomain_make_ghostcell_ddtype | ( | ) |
Build derived datatypes for subdomain communication using ghostcells.
| subroutine, public mpi_subdomain::mpi_subdomain_mesh | ( | integer, intent(in) | myrank_in_x, |
| integer, intent(in) | myrank_in_y, | ||
| integer, intent(in) | myrank_in_z, | ||
| integer, intent(in) | nprocs_in_x, | ||
| integer, intent(in) | nprocs_in_y, | ||
| integer, intent(in) | nprocs_in_z | ||
| ) |
Assign grid coordinates and lengths of subdomains.
| myrank_in_x | Rank ID in x-direction |
| myrank_in_y | Rank ID in y-direction |
| myrank_in_z | Rank ID in z-direction |
| nprocs_in_x | Number of MPI processes in x-direction |
| nprocs_in_y | Number of MPI processes in y-direction |
| nprocs_in_z | Number of MPI processes in z-direction |
| integer mpi_subdomain::ddtype_recvfrom_b |
| integer mpi_subdomain::ddtype_recvfrom_e |
| integer mpi_subdomain::ddtype_recvfrom_f |
| integer mpi_subdomain::ddtype_recvfrom_n |
| integer mpi_subdomain::ddtype_recvfrom_s |
| integer mpi_subdomain::ddtype_recvfrom_w |
| integer mpi_subdomain::ddtype_sendto_b |
| integer mpi_subdomain::ddtype_sendto_e |
Derived datatype for communication between x-neighbor subdomains.
| integer mpi_subdomain::ddtype_sendto_f |
Derived datatype for communication between z-neighbor subdomains.
| integer mpi_subdomain::ddtype_sendto_n |
Derived datatype for communication between y-neighbor subdomains.
| integer mpi_subdomain::ddtype_sendto_s |
| integer mpi_subdomain::ddtype_sendto_w |
| double precision, dimension(:), allocatable, public mpi_subdomain::dmx_sub |
Grid lengths in the subdomain.
| double precision, dimension(:), allocatable, public mpi_subdomain::dmy_sub |
| double precision, dimension(:), allocatable, public mpi_subdomain::dmz_sub |
| integer, public mpi_subdomain::iend |
| integer mpi_subdomain::ierr |
| integer, public mpi_subdomain::ista |
Grid indices of the assigned range.
| integer, public mpi_subdomain::jend |
| integer, dimension(:), allocatable, public mpi_subdomain::jmbc_index |
Flag whether lower grid is empty(0) or not.
| integer, dimension(:), allocatable, public mpi_subdomain::jpbc_index |
Flag whether upper grid is empty(0) or not.
| integer, public mpi_subdomain::jsta |
| integer, public mpi_subdomain::kend |
| integer, public mpi_subdomain::ksta |
| integer, public mpi_subdomain::nx_sub |
Grid numbers in the subdomain.
| integer, public mpi_subdomain::ny_sub |
| integer, public mpi_subdomain::nz_sub |
| double precision, dimension(:,:), allocatable, public mpi_subdomain::thetabc3_sub |
B.C. of lower wall.
| double precision, dimension(:,:), allocatable, public mpi_subdomain::thetabc4_sub |
B.C. of upper wall.
| double precision, dimension(:), allocatable, public mpi_subdomain::x_sub |
Coordinates of grid points in the subdomain.
| double precision, dimension(:), allocatable, public mpi_subdomain::y_sub |
| double precision, dimension(:), allocatable, public mpi_subdomain::z_sub |


Uses of Package
javax.money
| Package | Description |
|---|---|
| javax.money |
Main package of the Money and Currency API.
|
| javax.money.convert |
Defines the monetary currency conversion API.
|
| javax.money.format |
Money and Currency format API.
|
| javax.money.spi |
SPI interfaces of the Money and Currency API, including bootstrap logic.
|
-
Classes in javax.money used by javax.money Class Description AbstractContext Represents a general context of data targeting an item of typeQ
.AbstractContextBuilder This interface defines the common generic parts of a query.AbstractQuery Represents a general context of data targeting an item of typeQ
.AbstractQueryBuilder This abstract class defines the common generic parts of a query.CurrencyContext This class models the attributable context ofCurrencyUnit
instances.CurrencyContextBuilder Builder class for creating new instances ofCurrencyContext
adding detailed information about aCurrencyUnit
instance.CurrencyQuery This class models a query for accessing instances ofCurrencyUnit
.CurrencyQueryBuilder Builder for queries for accessingCurrencyUnit
instances.CurrencySupplier Represents a supplier ofCurrencyUnit
-valued results.CurrencyUnit A unit of currency.MonetaryAmount Interface defining a monetary amount.MonetaryAmountFactory Factory forMonetaryAmount
instances for a given type.MonetaryAmountFactoryQuery Query to lookup instances ofMonetaryAmountFactory
, which are determined by the (minimal) capabilities required by the give use case.MonetaryAmountFactoryQueryBuilder Builder class for creating new instances ofMonetaryAmountFactoryQuery
that can be passed to accessMonetaryAmountFactory
instances using a possible complex query.MonetaryContext This class models the meta data (mostly the numeric capabilities) of aMonetaryAmount
in a platform independent way.MonetaryContextBuilder Builder class for creating new instances ofMonetaryContext
adding detailed information about aMonetaryAmount
instance.MonetaryException Exception thrown when an error occurs during monetary operations.MonetaryOperator Represents an operation on a singleMonetaryAmount
that produces a result of typeMonetaryAmount
.MonetaryQuery Strategy for querying a monetary amount.MonetaryRounding Interface representing a monetary rounding.NumberSupplier Represents a supplier ofNumberValue
-valued results.NumberValue Instances of this class allow to externalize the numeric value of aMonetaryAmount
.RoundingContext This class models the spec/configuration for a rounding, modeled asMonetaryRounding
in a platform independent way.RoundingContextBuilder Builder class for creating new instances ofRoundingContext
adding detailed information about aMonetaryRounding
instance.RoundingQuery Query for accessing instances ofMonetaryRounding
.RoundingQueryBuilder Builder used to construct new instances of RoundingQuery}. -
Classes in javax.money used by javax.money.convert Class Description AbstractContext Represents a general context of data targeting an item of typeQ
.AbstractContextBuilder This interface defines the common generic parts of a query.AbstractQuery Represents a general context of data targeting an item of typeQ
.AbstractQueryBuilder This abstract class defines the common generic parts of a query.CurrencySupplier Represents a supplier ofCurrencyUnit
-valued results.CurrencyUnit A unit of currency.MonetaryAmount Interface defining a monetary amount.MonetaryException Exception thrown when an error occurs during monetary operations.MonetaryOperator Represents an operation on a singleMonetaryAmount
that produces a result of typeMonetaryAmount
.NumberValue Instances of this class allow to externalize the numeric value of aMonetaryAmount
. -
Classes in javax.money used by javax.money.format Class Description AbstractContext Represents a general context of data targeting an item of typeQ
.AbstractContextBuilder This interface defines the common generic parts of a query.AbstractQuery Represents a general context of data targeting an item of typeQ
.AbstractQueryBuilder This abstract class defines the common generic parts of a query.MonetaryAmount Interface defining a monetary amount.MonetaryAmountFactory Factory forMonetaryAmount
instances for a given type.MonetaryAmountFactoryQuery Query to lookup instances ofMonetaryAmountFactory
, which are determined by the (minimal) capabilities required by the give use case.MonetaryException Exception thrown when an error occurs during monetary operations.MonetaryQuery Strategy for querying a monetary amount. -
Classes in javax.money used by javax.money.spi Class Description CurrencyQuery This class models a query for accessing instances ofCurrencyUnit
.CurrencyUnit A unit of currency.MonetaryAmount Interface defining a monetary amount.MonetaryAmountFactory Factory forMonetaryAmount
instances for a given type.MonetaryAmountFactoryQuery Query to lookup instances ofMonetaryAmountFactory
, which are determined by the (minimal) capabilities required by the give use case.MonetaryContext This class models the meta data (mostly the numeric capabilities) of aMonetaryAmount
in a platform independent way.MonetaryRounding Interface representing a monetary rounding.RoundingQuery Query for accessing instances ofMonetaryRounding
.


Labour pledges free broadband will be part of its 2019 manifesto
by Alan MartinThe manifestos are yet to be published yet, but we’ve already got our first big digital pledge of the 2019 UK election: the Labour Party is pledging to nationalise parts of BT in order to provide free broadband for the country.
Shadow chancellor John McDonnell told the BBC that the plan would cost around £20 billion – money that would be raised by taxing multinational companies that make their money predominantly via the internet.
“First of all we’ll issue bonds for shares,” McDonnell said. “So, what we’re doing is we’re introducing a new tax – we’ve already discussed it publicly – which is on multinationals. Particularly those internet multinationals, the ones that gain their income from the internet – the Apples, the Googles and the Amazons of this world – and in that way we’ll pay for the day-to-day costs.”
Related: Best student broadband deals
In terms of cost and ambition, this far outstrips the Conservative pledge to make full fibre broadband available to every home by 2025, to which the party has promised £5 billion. Labour’s nationalisation plan, meanwhile, promises UK-wide results for consumers and businesses by 2030.
Unsurprisingly, the opposition parties have lined up to dismiss the plan as unrealistic. The culture secretary Nicky Morgan – who is standing down at this election – called the pledge a “fantasy plan,” and highlighted the potential cost to taxpayers. “Jeremy Corbyn’s fantasy plan to effectively nationalise broadband would cost hardworking taxpayers tens of billions,” she said.
Related: Best Wi-Fi extenders
The Liberal Democrats echoed the Conservative warnings, with Sam Gyimah, the party spokesperson for business, energy and industrial strategy saying that “wasting billions of taxpayer funds to nationalise BT won’t solve the connectivity issues faced by so many of our rural communities.”
Although it’s being billed as an election predominantly on the subject of Brexit, it will be interesting to see how often digital issues crop up during the campaign. We’ll know more when the party manifestos are published ahead of the big day on December 12.
Alan was Deputy Editor of Alphr.com, senior Editor at Mediablaze and a Producer at Mousebreaker, and has freelanced widely for The New Statesman, CNET and Pocket Gamer. Alan currently writes news for …
Unlike other sites, we thoroughly review everything we recommend, using industry standard tests to evaluate products. We’ll always tell you what we find. We may get a commission if you buy via our price links. Tell us what you think – email the Editor


npm
See the Getting Started Guide for other methods. {{ partial "svg/link-ext.svg" (dict "fill" "#333" "size" "14") }}


{% extends "base.html" %} {% load staticfiles %} {% block title %}View Student{% endblock %} {% block head %} {% endblock %} {% block js %} {% endblock %} {% block breadcrumbs %}
{% endblock %} {% block content %}| Assignment Name | Submitted At | Graded At | Grade | View Submission | {% for assignment in assignments %}|||
|---|---|---|---|---|---|---|---|
| {{ assignment.name }} | {% if assignment.submission.submitted %}{{ assignment.submission.submitted_at|date:SGA_DATETIME_FORMAT }} | {% else %}(Not Submitted) | {% endif %} {% if assignment.submission.graded %}{{ assignment.submission.graded_at|date:SGA_DATETIME_FORMAT }} | {{ assignment.submission.grade_display }} | {% else %}(Not Graded) | (Pending) | {% endif %}View Submission |


Projects
-
The Band
This is a rock music group band know as The Band. The website is used by the group to market their music band as well as sell tickets to their upcoming events
-
Pet Website
This is a simple site about some brief facts about the german shephered dog.


Javadocs and UML class diagrams with UMLGraphDoc
UmlGraphDoc is a standard doclet wrapper that combines
the standard doclet output (javadoc documentation) along with auto-generated
class diagrams for both packages and classes.
The UmlGraphDoc process is driven by all the parameters that can be specified for
UMLGraph and the standard doclet; each will be passed to the appropriate
doclet.
Diagram generation is based on the idea of context:
- for packages, the diagram contains all of the classes in the package itself
- for classes, the set of classes somehow related to the current class
The actual content of the diagrams depends on the kind of relations declared on the
class files (with the UMLGraph javadoc annotations) and/or on the kind of automated
inference that UMLGraph is allowed to use.
UMLGraph javadocs are now generated with UmlGraphDoc with the following ant target:
<target name="javadocs" depends="compile">
<javadoc sourcepath="${src}" packagenames="org.umlgraph.doclet.*" destdir="${javadoc}"
private="true">
<doclet name="org.umlgraph.doclet.UmlGraphDoc" path="${lib}/UMLGraph.jar">
<param name="-inferrel"/>
<param name="-inferdep"/>
<param name="-hide" value="java.*"/>
<param name="-collpackages" value="java.util.*"/>
<param name="-qualify"/>
<param name="-postfixpackage"/>
<param name="-nodefontsize" value="9"/>
<param name="-nodefontpackagesize" value="7"/>
<param name="-link" value="http://java.sun.com/j2se/1.5.0/docs/guide/javadoc/doclet/spec"/>
<param name="-link" value="http://java.sun.com/j2se/1.5/docs/api"/>
</doclet>
</javadoc>
</target>
When generating documentation with UmlGraphDoc you will encounter
at some point the "fur ball" effect: some central classes that
have very complex context diagrams.
To reduce this, you can avoid dependency inference
altogheter, or reduce the number of inferred dependencies by using the -inferdepvis options.
If you find that this is not enough and have suggestions on how to improve the situation further,
we are eager to listen.


Wallet Settings
Feedback
The Qtum Pi UI is an ongoing project, and your feedback and support are appreciated.
You can get in contact below or make a donation using the QRCode or donation address.
Donations: QceE7a47byDhFs9wy2c2ZdXz4yfT4RZLJQ
Contact<EMAIL_ADDRESS>Join us on Telegram
View source code on Github


Before Change
"payee_preferred": "IMMEDIATE_PAYMENT_REQUIRED"
},
// The URLs to return to upon approval/cancel:
"return_url": URL(c = "fin",
f = "subscription",
args = [subscription_id, "confirm"],
),
"cancel_url": URL(c = "fin",
f = "subscription",
args = [subscription_id, "cancel"],
After Change
return None
// The URL to return to upon approval/cancel:
status_url = URL(c = "fin",
f = "subscription",
args = [subscription_id, "confirm"],
host = True,
)
// Subscription application details
application = {"brand_name": merchant,
"locale": "en-US",


Sample size:
Sample average frequency: tweets/day
Sample average time between tweets: hours
Sample number of tweets including :
Time since last tweet: days
List of times tweeted
| Username | Search Term | Sample Size | Avg Tweets Per Day | Avg Hours Between Tweets | Tweets Including Search Term |


- Source:
Methods
array_equals(arr1, arr2) → {boolean}
Check that two sorted arrays are equal.
Parameters:
| Name | Type | Description |
|---|---|---|
arr1 |
array | the first array. |
arr2 |
array | the second array. |
- Source:
Returns:
true if arr1 is equal to arr2, false otherwise.
- Type
- boolean
bLog(value, base) → {number}
Compute Log to a given base.
Parameters:
| Name | Type | Description |
|---|---|---|
value |
number | the number to find log for. |
base |
number | the base (2 by default). [optional] |
- Source:
Returns:
log(value) with the given base.
- Type
- number
extended_gcd(a, b) → {number}
Extended Euclidean for finding inverses.
Parameters:
| Name | Type | Description |
|---|---|---|
a |
number | the number to find inverse for. |
b |
number | the modulos. |
- Source:
Returns:
inverse of a mod b.
- Type
- number
mod(x, y) → {number}
Correct Mod instead of javascript's remainder (%).
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | the number. |
y |
number | the modulos. |
- Source:
Returns:
x mod y.
- Type
- number
pow_mod(base, pow, m) → {number}
Fast Exponentiation Mod.
Parameters:
| Name | Type | Description |
|---|---|---|
base |
number | the base number. |
pow |
number | the power. |
m |
number | the modulos. |
- Source:
Returns:
(base^pow) mod m.
- Type
- number
random(max) → {number}
Generate a random integer between 0 and max-1 [inclusive].
Modify this to change the source of randomness and how it is generated.
Parameters:
| Name | Type | Description |
|---|---|---|
max |
number | the maximum number. |
- Source:
Returns:
the random number.
- Type
- number


Noah Knows Code
Technical Blog
Week 1 @ DBC
January 21st, 2016
Week 3 @ DBC
February 7th, 2016
Week 4 @ DBC
February 15th, 2016
Week 5 @ DBC
February 19th, 2016
Week 6 @ DBC
February 23rd, 2016
Week 7 @ DBC
March 3rd, 2016
Week 8 @ DBC
March 9th, 2016
Week 9 @ DBC


How many miles per gallon does your car use?
Enter miles driven:
Enter gallons of gas used:
Miles Per Gallon


Animated satelital images taken from NASA Global Geostationary Weather Satellite
Learn more »
Let there be content.
View details »


IT-
TALK
This website is under construction!!
Owners of IT-TALK
NurTasin
ShahJabir
© 2020 IT-TALK Build:23


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BrainControl Object - Error Codes
Error Codes provided by Last Error expression
- [00] No Error.
Default status.
- [01] Connection Id is invalid.
A unique connection is used when requested by the driver.
- [02] Invalid COM Port.
COM Port is invalid, check in your Neurosky software that it is valid.
- [03] Invalid Baud Rate.
Baud Rate is invalid. Since the baud rate is defined through in the properties of the object, this error should never happen
Try another baudrate.
- [04] Invalid Data Format.
Data Format is invalid. Since the data Format is handled internally, this error should never happen
Check that your headset can handle Stream Packets
- [05] Cannot start recording.
This error happens if the device connected but it cannot automatically read values.
Try to reset the device and try again.


What it takes to be a good public speaker
or presenter
What we are going to learn
in more detail
Three things we will learn:
Why do I need a presentation?
How do I make them listen?
What do I put on my slides?


Gecode::Int::NoOverlap::FixDim Class Reference
Dimension combining coordinate and integer size information.
More...
#include <no-overlap.hh>
List of all members.
Public Member Functions |
| | FixDim (void) |
| | Default constructor.
|
| | FixDim (IntView c, int s) |
| | Constructor.
|
| int | ssc (void) const |
| | Return smallest start coordinate.
|
| int | lsc (void) const |
| | Return largest start coordinate.
|
| int | sec (void) const |
| | Return smallest end coordinate.
|
| int | lec (void) const |
| | Return largest end coordinate.
|
| ExecStatus | nooverlap (Space &home, FixDim &d) |
| | Dimension must not overlap with d.
|
| void | update (Space &home, FixDim &d) |
| | Update dimension during cloning.
|
| void | subscribe (Space &home, Propagator &p) |
| | Subscribe propagator p to dimension.
|
| void | cancel (Space &home, Propagator &p) |
| | Cancel propagator p from dimension.
|
| void | reschedule (Space &home, Propagator &p) |
| | Schedule propagator p.
|
Protected Member Functions |
| ExecStatus | ssc (Space &home, int n) |
| | Modify smallest start coordinate.
|
| ExecStatus | lec (Space &home, int n) |
| | Modify largest end coordinate.
|
| ExecStatus | nooverlap (Space &home, int n, int m) |
| | Dimension must not overlap with coordinates n to m.
|
Protected Attributes |
| IntView | c |
| | Coordinate.
|
| int | s |
| | Size.
|
Detailed Description
Dimension combining coordinate and integer size information.
Definition at line 49 of file no-overlap.hh.
Constructor & Destructor Documentation
| Gecode::Int::NoOverlap::FixDim::FixDim |
( |
void |
|
) |
[inline] |
Default constructor.
Definition at line 41 of file dim.hpp.
| Gecode::Int::NoOverlap::FixDim::FixDim |
( |
IntView |
c, |
|
|
int |
s | |
|
) |
| | [inline] |
Constructor.
Definition at line 44 of file dim.hpp.
Member Function Documentation
| ExecStatus Gecode::Int::NoOverlap::FixDim::ssc |
( |
Space & |
home, |
|
|
int |
n | |
|
) |
| | [inline, protected] |
Modify smallest start coordinate.
Definition at line 65 of file dim.hpp.
| ExecStatus Gecode::Int::NoOverlap::FixDim::lec |
( |
Space & |
home, |
|
|
int |
n | |
|
) |
| | [inline, protected] |
Modify largest end coordinate.
Definition at line 70 of file dim.hpp.
| ExecStatus Gecode::Int::NoOverlap::FixDim::nooverlap |
( |
Space & |
home, |
|
|
int |
n, |
|
|
int |
m | |
|
) |
| | [inline, protected] |
Dimension must not overlap with coordinates n to m.
Definition at line 75 of file dim.hpp.
| int Gecode::Int::NoOverlap::FixDim::ssc |
( |
void |
|
) |
const [inline] |
Return smallest start coordinate.
Definition at line 48 of file dim.hpp.
| int Gecode::Int::NoOverlap::FixDim::lsc |
( |
void |
|
) |
const [inline] |
Return largest start coordinate.
Definition at line 52 of file dim.hpp.
| int Gecode::Int::NoOverlap::FixDim::sec |
( |
void |
|
) |
const [inline] |
Return smallest end coordinate.
Definition at line 56 of file dim.hpp.
| int Gecode::Int::NoOverlap::FixDim::lec |
( |
void |
|
) |
const [inline] |
Return largest end coordinate.
Definition at line 60 of file dim.hpp.
Dimension must not overlap with d.
Definition at line 83 of file dim.hpp.
| void Gecode::Int::NoOverlap::FixDim::update |
( |
Space & |
home, |
|
|
FixDim & |
d | |
|
) |
| | [inline] |
Update dimension during cloning.
Definition at line 95 of file dim.hpp.
| void Gecode::Int::NoOverlap::FixDim::subscribe |
( |
Space & |
home, |
|
|
Propagator & |
p | |
|
) |
| | [inline] |
Subscribe propagator p to dimension.
Definition at line 101 of file dim.hpp.
| void Gecode::Int::NoOverlap::FixDim::cancel |
( |
Space & |
home, |
|
|
Propagator & |
p | |
|
) |
| | [inline] |
Cancel propagator p from dimension.
Definition at line 105 of file dim.hpp.
| void Gecode::Int::NoOverlap::FixDim::reschedule |
( |
Space & |
home, |
|
|
Propagator & |
p | |
|
) |
| | [inline] |
Schedule propagator p.
Definition at line 109 of file dim.hpp.
Member Data Documentation
The documentation for this class was generated from the following files:


Map
SELECT A CHAPTER OR SCROLL
00 - Cover
01 - Conall
02 - Confessor Guthlac's Pupil
03 - Ye Olde
04 - Nine Men's Morris
05 - The Singing Gamester
06 - One on One
07 - A Staggering Blow
08 - And Back Again
09 - The Boon
10 - To a Manor Borne
11 - Defective
12 - The Expected Shipwreck
13 - No Such Thing as a Free Lunch
14 - Who Had What?
15 - Let the Games Begin
16 - In the Wee Hours
17 - The Battle Cry
18 - Never a Cold Shoulder
19 - Summer's Discontents
20 - Taking the Lead
21 - An Awkward Suit
22 - A Motley Crew
23 - Remembrance of Desserts Past
24 - The Head Mark
25 - The Wright Thing
26 - Casting Aspersions
27 - Hell on the Ninth of the Circle
28 - Stopping Short
29 - Only Connecting
30 - The Tors of the Decoray
31 - A Balancing Act
32 - No Blessing in Disguise
33 - The Prized Prisoner
34 - A Deadly Conspiracy
35 - A Diminished Seventh
36 - True Visions at the Horn Gate
37 - Twenty Seconds
38 - The Grain Exchange
39 - The Narrow Tower
40 - Wasting Away
41 - Bedlam
42 - Keeping a Low Low Profile
43 - With the Forty-Seven
44 - In Their Cups
45 - Noman is an Island
46 - Cutting to the Chase
47 - Can You Go Home Again?
48 - The Tax Dodger
49 - Safe for a Spell
50 - Patent Filings
51 - Circling the Square
52 - Darkness Invisible
53 - All Together Now
54 - The Slender Black Sail
55 - Brothers
56 - The Song of Selflessness
57 - The Brother's Hero
58 - Penultimatum
59 - Last Chapter
60 - The Chapter After the Last Chapter
Quadrants


For a moment, imagine that you are in the Tron universe, watching a light cycle battle. The cycles seem to have infinite power and will move until something interrupts and stops them.
This is how you can think of the Enumerable cycle method. If you call it but do not pass it any arguments, it will continue forever until it is somehow "crashed" (pressing Ctrl + C).
In a similar vein, cycle is a very powerful method that on the surface seems very simple but it can have very complex applications, such as initializing a deck of playing cards.
When you want to use cycle, you'll want to pass it a code block so that it can actually accomplish something meaningful. Don't forget to pass it an integer argument so that it knows its limit.
Here is a simple example of how you can use cycle
chant = ["Hip", "Hip", "Hooray"]
Try to think of some other useful things that cycle can do. By doing this, you will expand your programming knowledge and add another method to your toolbox.
chant.cycle(3) { |m| puts m }
=begin
result:
Hip
Hip
Hooray
Hip
Hip
Hooray
Hip
Hip
Hooray
=end


In this tutorial by Professor Keith Williams, you will learn how to use predefined environments (Docker) to support a website, as well as basic skills of the command line. You need to finish all the assignments, and the tutorials listed below can guide you. Take screenshots of the results as the proof of your achievements.
Why should you learn about Docker?
Many developers are struggling with the deployment of their programs. Sometimes it is easy to deliver a program, but to deliver the running environment for that program is not that easy. Docker is the delivery of environments, and we can also use these predefined environments to run specific programs, such as Ubuntu and Apache (a server end program). Docker is a sort of flexible “virtual machine”, providing the minimum environment for your programs, and the environment has little relationship with the host/local physical machine.
Why should you learn about command line?
In most occasions of maintaining servers, there is no Graph User Interface (GUI), and the command line is the only way to interact with the server and the programs. So developers need to learn command line. In addition, the command line is efficient for professionals who need to conduct similar operations many times. For example, in Ubuntu, you can use “ls” to list files in the current directory, and use “cd” to change the present working directory. In vi, “q” command is used to quit the current file.
Tutorial resources and key steps:
1. Install Docker Engine
https://docs.docker.com/engine/install/
https://docs.docker.com/get-docker/
Key-step: After the installation, you can run “docker run hello-world” to test your installation. Below is a screenshots when run this command successfully on Windows OS.
2. Pull an Ubuntu image from Dockerhub.
https://docs.docker.com/engine/reference/commandline/pull/
Key-step 1: After logging into Docker, you can run “docker pull ubuntu” in your command line window.
Key-step 2: Use “docker images” to check existing Docker images on your computer.
3. How To Commit Changes To A Docker Image With Examples
https://phoenixnap.com/kb/how-to-commit-changes-to-docker-image
Note: Parameter “-it” of Docker brings you an interactive shell to communicate with the “virtual machine”.
Key-step 1: Run the Ubuntu image to start a Docker container, then log into this Ubuntu container:
Command: docker run -it ubuntu:latest /bin/bash
The container ID is “1ee65e9d5595” in the screenshot.
Key-step 2: Install applications in this Ubuntu container.
1) Update system using“apt-get update”.
2) Install apache2 using “apt-get install apache2”.
3) Install vim text editor using “apt-get install vim”.
Key-step 3:Exit Ubuntu container.
1) Use command “exit”.
Key-step 4: Commit container to create a new Docker image.
1) Check the container using “docker ps -a”
2) Create a new Docker image using “docker commit 1ee65e9d5595 ubuntu-my_apache2”. “1ee65e9d5595” is the container ID and “ubuntu-my_apache2” is the name of a new Docker image.
3) Check the news images using “docker images”.
4. Docker Basics: How to Share Data Between a Docker Container and Host
https://thenewstack.io/docker-basics-how-to-share-data-between-a-docker-container-and-host/
Using command “docker run -it -p <IP_ADDRESS>:80:80 -v H:\Docker_tutorial\local_dir:/var/www/html ubuntu-my_apache2 /bin/bash”.
Parameter explanation:
1) -it: log into an interactive shell
2) -p: expose an port of Docker container.
3) -v: bind a host directory to Docker container. “H:\Docker_tutoiral\local_dir” is a directory of the host computer, and “/var/www/htm” is the default location for the entry webpage of a website. Usually we put “index. Html” is this directory.
5. vi Editor in UNIX
https://www.geeksforgeeks.org/vi-editor-unix/
Vi index.html
Key step 1: check the present working directory using “pwd” then go the html directory “/var/www/htm” using “cd /var/www/html”
Key step 2: create an “index.html” file using “vi index.html”. Press “i” key to edit the new “index. Html” file. You can see “-- INSERT --” in the bottom of the command window, which means you can type html source code now. Try the shortcuts of vi to edit your file.
After finishing your “index.html” file, press the “ESC” key of your computer then type “:wq” to write the file and then quit vi.
Meanwhile, you can find your “index.html” in your bind directory on your computer.
6. How to use Docker to host a website.
1) How To Start, Stop, Or Restart Apache Server On Ubuntu
https://phoenixnap.com/kb/ubuntu-start-stop-restart-apache
2) How to Run a Web Server from a Docker Container? Yes, I Know IT ! Ep 16
https://www.youtube.com/watch?v=okw7fOYHSeI
3) Learn Docker in 12 Minutes
https://www.youtube.com/watch?v=YFl2mCHdv24
Key step 1: Start apache service using “/etc/init.d/apache2 restart” in your Docker container.
Using a browser of you host computer to access “<IP_ADDRESS>”, then you can see your website!


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