A B C D E F I K L M N O P R S W misc
| spectacles-package | Storing, Manipulating and Analysis Spectroscopy and Associated Data in R |
| aggregate_spectra | Aggregates spectral and data information |
| aggregate_spectra-method | Aggregates spectral and data information |
| apply_spectra | Apply a function on the spectra of a Spectra* object |
| as.data.frame.SpatialSpectra | Spectra* classes |
| as.data.frame.Spectra | Spectra* classes |
| as.data.frame.SpectraDataFrame | Spectra* classes |
| australia | Australia spectra library data set |
| base_line | Baseline correction using the baseline package#' |
| base_line-method | Baseline correction using the baseline package#' |
| big.head | Return the First or Last Part of an Object |
| big.tail | Return the First or Last Part of an Object |
| continuum_removal | Continuum removal |
| cut | Manipulating the wavelength range of a 'Spectra' object |
| cut-method | Manipulating the wavelength range of a 'Spectra' object |
| dim | Retrieve dimensions of Spectra* objects |
| dim.Spectra | Retrieve dimensions of Spectra* objects |
| dimensions | Retrieve dimensions of Spectra* objects |
| extraction-methods | Extracting and replacing parts of Spectra* objects |
| features | Retrieves or sets the data slot of a SpectraDataFrame object. |
| features-method | Retrieves or sets the data slot of a SpectraDataFrame object. |
| features-methods | Retrieves or sets the data slot of a SpectraDataFrame object. |
| features<- | Retrieves or sets the data slot of a SpectraDataFrame object. |
| features<--method | Retrieves or sets the data slot of a SpectraDataFrame object. |
| fill_spectra | Fill missing wavelengths of a Spectra* object with a given value |
| fill_spectra-method | Fill missing wavelengths of a Spectra* object with a given value |
| ids | Retrieves or sets the ids of a 'Spectra*' object. |
| ids-method | Retrieves or sets the ids of a 'Spectra*' object. |
| ids<- | Retrieves or sets the ids of a 'Spectra*' object. |
| ids<--method | Retrieves or sets the ids of a 'Spectra*' object. |
| kenstone | Kennard-Stone algorithm for optimal calibration set selection. |
| kenstone-method | Kennard-Stone algorithm for optimal calibration set selection. |
| length | Retrieve dimensions of Spectra* objects |
| length.Spectra | Retrieve dimensions of Spectra* objects |
| load_oz | Load the australia dataset |
| melt_spectra | Melts the spectra data of a Spectra object and returns it as wide format. |
| melt_spectra-method | Melts the spectra data of a Spectra object and returns it as wide format. |
| melt_spectra-methods | Melts the spectra data of a Spectra object and returns it as wide format. |
| mutate | Mutate a Spectra* object by transforming the spectra values, and/or adding new or replacing existing attributes. |
| mutate-method | Mutate a Spectra* object by transforming the spectra values, and/or adding new or replacing existing attributes. |
| mutate.Spectra | Mutate a Spectra* object by transforming the spectra values, and/or adding new or replacing existing attributes. |
| names.SpectraDataFrame | Spectra* classes |
| names<-.SpectraDataFrame | Spectra* classes |
| ncol-method | Retrieve dimensions of Spectra* objects |
| nrow-method | Retrieve dimensions of Spectra* objects |
| oz | Australia spectra library data set |
| plot | Plots an object inheriting from the Spectra class |
| plot-method | Plots an object inheriting from the Spectra class |
| plot-Spectra | Plots an object inheriting from the Spectra class |
| plot.Spectra | Plots an object inheriting from the Spectra class |
| plot_offset | Offset plot of a collection of spectra |
| plot_offset-method | Offset plot of a collection of spectra |
| plot_stack | Stacked plot of a collection of spectra |
| plot_stack-method | Stacked plot of a collection of spectra |
| plot_summary | Summary plot of a collection of spectra |
| plot_summary-method | Summary plot of a collection of spectra |
| postResampleSpectro | Calculates performance indictors across resamples |
| print-method | Spectra* classes |
| print.summary.Spectra | Summary |
| rbind | Stacking 'Spectra' objects together |
| rbind.Spectra | Stacking 'Spectra' objects together |
| rbind.SpectraDataFrame | Stacking 'Spectra' objects together |
| res | Spectral resolution |
| res-method | Spectral resolution |
| rnv | Standard and Robust Normal Variate transformations |
| separate | Separates a 'Spectra*' object into a calibration and a validation set. |
| separate-method | Separates a 'Spectra*' object into a calibration and a validation set. |
| separate.Spectra | Separates a 'Spectra*' object into a calibration and a validation set. |
| show-method | Spectra* classes |
| snv | Standard and Robust Normal Variate transformations |
| spectacles | Spectra* classes |
| Spectra | Constructor for the Spectra class. |
| spectra | Retrieves or sets the spectra of a 'Spectra*' objects. |
| Spectra-class | Spectra* classes |
| spectra-method | Retrieves or sets the spectra of a 'Spectra*' objects. |
| spectra-methods | Retrieves or sets the spectra of a 'Spectra*' objects. |
| spectra<- | Retrieves or sets the spectra of a 'Spectra*' objects. |
| spectra<--method | Retrieves or sets the spectra of a 'Spectra*' objects. |
| SpectraDataFrame | Constructor for the SpectraDataFrame class. |
| SpectraDataFrame-class | Spectra* classes |
| spectroSummary | Calculates performance indictors across resamples |
| splice | Splice correction of a spectra collected using ASD hardware |
| splice-method | Splice correction of a spectra collected using ASD hardware |
| split | Split a Spectra* object using factors |
| split-method | Split a Spectra* object using factors |
| split.Spectra | Split a Spectra* object using factors |
| subset | Subset SpectraDataFrame object |
| subset-method | Subset SpectraDataFrame object |
| subset.SpectraDataFrame | Subset SpectraDataFrame object |
| summary | Summary |
| summary.Spectra | Summary |
| wl | Retrieves or sets the wavelengths of a 'Spectra*' object. |
| wl-method | Retrieves or sets the wavelengths of a 'Spectra*' object. |
| wl<- | Retrieves or sets the wavelengths of a 'Spectra*' object. |
| wl<--method | Retrieves or sets the wavelengths of a 'Spectra*' object. |
| wl_units | Wavelengths of Spectra* objects |
| wl_units-method | Wavelengths of Spectra* objects |
| wl_units<- | Wavelengths of Spectra* objects |
| wl_units<--method | Wavelengths of Spectra* objects |
| $ | Extracting and replacing parts of Spectra* objects |
| $-method | Extracting and replacing parts of Spectra* objects |
| $<- | Extracting and replacing parts of Spectra* objects |
| $<--method | Extracting and replacing parts of Spectra* objects |
| [ | Extracting and replacing parts of Spectra* objects |
| [-method | Extracting and replacing parts of Spectra* objects |
| [<- | Extracting and replacing parts of Spectra* objects |
| [<--method | Extracting and replacing parts of Spectra* objects |
| [[ | Extracting and replacing parts of Spectra* objects |
| [[-method | Extracting and replacing parts of Spectra* objects |
| [[<- | Extracting and replacing parts of Spectra* objects |
| [[<--method | Extracting and replacing parts of Spectra* objects |


UNSTRUNG HEROES A film review by Steve Rhodes Copyright 1995 Steve Rhodes
UNSTRUNG HEROES is the second theatrical movie that Diane Keaton has directed. Her long association with the great director Woody Allen shows in the movie as does her work as a black and white photographer, but UNSTRUNG HEROES has the Keaton's unique cinematographic stamp on it. Unfortunately I did not like it for reasons I will get into later, but at least she was not afraid to take risks and have characters that were constantly on the fringe.
  On a zaniness scale, the movie is off the chart. Steven's dad, Sid (John Turturro), is a scientist and inventor a la Doctor Emmett Brown in BACK TO THE FUTURE. He invents one bizarre homemade device after another without any visible interest in commercializing any of them.
In fact the major problem of the show is that it is not founded in reality. Craziness works best when it comes from a plausible base. I am a big fan of oddball characters in movies from HAROLD AND MAUDE to PULP FICTION, but they work because the characters were believable. Writers Elizabeth Barton and Richard LaGravenese craft characters whose only interest comes in the unbelievably ridiculous things they do. Moreover, although some lines are funny, most fall flat. They give Sid such unfunny lines as "Everything can be broken down to numbers. Science will be earth's salvation."
Steven's mother Selma (Andie MacDowell) is dying, but Sid tries to hide it from the Steven and his sister Sandy (Kendra Krull).  His uncles live in an apartment with old newspapers stacked to the ceiling so they can barely get around. Their closets are filled with balls of all sizes which they bounce off of each other's heads during meals.  He says that the slogan "I like Ike is a secret gentile code for I hate kikes." He runs into rooms shutting all of the windows because people in gray coats are chasing him. The two uncles grated on my nerves so much that I want to scream every time they were on the screen, which regrettably is a lot. The uncles tell Steven such wisdom as "There are only eight trustworthy people in the entire world. There were twelve, but four were assassinated."
For me the saving grace of the movie was the impressive acting by twelve year old Nathan Watt. His ability to look so forlorn and to deliver deep feelings without speaking was the only outstanding part of the movie. He was so good that I would not be surprised to see him get some supporting actor award nominations. Too bad he was in such a mess of a movie.
There is one other memorable aspect of Unstrung Heroes - the cinematography by Phedon Papamichael. The movie is set in the early 60s, and the colors made you believe that they shot it with the old over saturated film of that era. I found the sets by Garreth Stover depressing, but they were imaginative especially the outlandish furnishing of the Uncles' apartment.
John Turturro is one of those actors who suffers from terminal overacting unless the director keeps him in constant check. Here he goes overboard as usual. Andie MacDowell is an inconsistent actress. Sometimes, as in SEX, LIES, AND VIDEOTAPE, GROUNDHOG DAY, and FOUR WEDDINGS AND A FUNERAL, she is terrific. In other movies, she stays on autopilot. Here she was essentially forgettable.
UNSTRUNG HEROES runs only 1:33, but I still wish Lisa Churgin had edited out the Uncles in their entirety. The movie is correctly rated PG. It would not harm anyone, but I can not imagine anyone under 10 having any interest in the movie. I found UNSTRUNG HEROES to be a big disappointment and a movie that grated on my nerves way too often so I can not recommend it. I award it * for Nathan Watt's performance.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEWED WRITTEN ON: September 19, 1995
Opinions expressed are mine and not meant to reflect my employer's.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


{% extends "common.html" %} {% load static %} {% block content %} {% block body %}
Hello!
You can use Run LRBench to run Neural network models using customised LR scheduler. Just enter in the required parameters and let the model train!
Use the below table for reference, while training the model. If you want to learrn more about learning rate scheduling, check this out : Demystify LR


Harlow Marathon
Harlow ENG
Race Winners
(28 runnings)
2:34:54 2:51:39 27 Oct
1991
2:36:49
2:52:49
28 Oct
1990
2:30:24
2:52:49
29 Oct
1989
2:34:06
3:48:59
30 Oct
1988
---
---
25 Oct
1987
2:22:52 ---
26 Oct
1986
2:32:14
2:50:00
27 Oct
1985
2:21:41
2:57:49
28 Oct
1984
2:25:08
3:14:00
23 Oct
1983
---
---
24 Oct
1982
2:18:16
2:58:10
25 Oct
1981
2:15:33
2:53:53
25 Oct
1980
2:16:43
2:50:17
27 Oct
1979
2:16:04
2:50:58
28 Oct
1978
2:16:40
2:59:32
22 Oct
1977
2:19:48
3:02:14
23 Oct
1976
2:19:10
3:19:16
25 Oct
1975
2:16:18
26 Oct
1974
2:16:28
27 Oct
1973
2:12:40
3:37:24
21 Oct
1972
2:22:08
23 Oct
1971
2:18:22
24 Oct
1970
2:17:59
25 Oct
1969
2:19:15
26 Oct
1968
2:19:09
21 Oct 1967
2:18:25
22 Oct 1966
2:25:07
23 Oct 1965
2:26:56
Notes: 1965 was the inaugural year. 1973 was the AAA Championships. Also known as the Harlow Unigate Marathon
25 Oct
1992
Michael Bumstead
(ENG)
Susan Coxshall-3
Neil Camp (ENG)
Susan Coxshall-2
David Moseley (ENG)
Susan Coxshall (ENG)
Robert Heron (SCO)
J Johnson (ENG)
n/a
n/a
Nick Sirs (ENG)
n/a
Abbie Pellet (ENG)
Ann Hazell (GBR)
Andrew Evans (ENG)
Rosemary Harrold (ENG)
Anthony Ross (ENG)
Ann Whiteman (ENG)
n/a
n/a
Colin Moxsom (GBR)
Frances Mudway (ENG)
Colin Kirkham (ENG)
Libby Pfeiffer (GBR)
Barrington Watson-3
Julie Barleycorn (ENG)
Ian Ray (ENG)
Leslie Watson-2
Paul John Eales (ENG)
Leslie Watson (SCO)
Don Faircloth (ENG)
Rosemary Cox (GBR)
Dave Cannon
Michelle Wilcox (GBR)
Alexander Keith (SCO)
James Wight (SCO)
Ian Thompson (ENG)
Bridget Cushen (GBR)
Norman Deakin (ENG)
David Holt (ENG)
Alastair Wood-2
Alastair Wood (SCO)
Barrington Watson-2
Meldrum Edwards (GBR)
Barrington Watson (ENG)
Jim Derham (GBR)
Most Wins (1965/1992)
Men
3
Barrington Watson (ENG)
1966,1968,1980
Women
3
Susan Coxshall (ENG)
1990-92
Prize Money (ARRS qualified
runners only)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Quality Performances
Men <2:13 1 <2:14 2 <2:15 2 <2:16 6 <2:17 14 <2:18 26 <2:19 33 <2:20 45 Women No women under 2:50
Last Updated on
28 Oct 2017
Contributors: Andy Milroy, Martin Rix, Malcolm Heyworth, Maurice Wilson (2), Mick McGeoch (29)


Subject 01/04/2021: This month in KISS (#7)!
From Dilyn Corner
Date Thu, 1 Apr 2021 08:00:00 -0500
Welcome to month 7! A lot of small things have happened.
[0.0] Index
________________________________________________________________________________
- repo-bin [1.0]
- zig [2.0]
- Small things [3.0]
- Fun notes [4.0]
[1.0] repo-bin
________________________________________________________________________________
Y'all may have noticed that Dylan stopped providing firefox-bin - relevant
commit
https://github.com/kisslinux/repo/commit/cbd962343faadd36d31623b729350c0143ee453e
I know that I personally switched to a source-based distrubtion for more
'control' over how my packages are built, and many of you probably had a similar
inclination. But that doesn't change the fact that many users are on old or slow
hardware, and some packages take quite a long time to build (on my 2014 Macbook
Pro, chromium takes FORTY hours. FORTY!).
I recently acquired a far more powerful computer - chromium now takes less than
an hour to build. As a result, I have looked into providing binaries for the
larger packages we have, including some in community. These packages won't be
modified from their source-based counterparts, and will be built using the same
set of flags the release tarballs are made with. The current list of packages I
will aim to provide are: chromium, clang, cmake, firefox{-esr}, llvm,
qt5-webengine, and rust. More can be added to this list if need be. The goal is
not to turn KISS into a binary distribution, just to save users some time. It
may become the case one day that binary options will exist for EVERY package,
but I don't know if I have the time or interest in doing this (though I will be
investigating it).
Currently, firefox is available in $/kiss-community/repo-bin - I have several
more packages ready to go, I just didn't push them. I am currently on vacation
in Tennessee, and will push them when I return later this month. To use these
packages, simply prepend repo-bin/repo to your KISS_PATH so that they come
before $/kiss-community/repo and $/kiss-community/community - you can also fork
them into your own repo if you'd prefer to only use bins of some of the
packages. How wonderful!
[2.0] zig
________________________________________________________________________________
zig recently became buildable on KISS! Unfortunately, zig requires that llvm be
built with all the targets, and our build in repo/extra currently only targets
host and AMDGPU. Because of the size increase in the llvm package if we make the
change required (over 100MB larger), and the fact that it would only be to
support zig (which would live in community), I have decided to not accept zig
into the community repository. However, you can find zig at $/Ominitay/kiss-zig
or $/mmatongo/kiss-lang
You can find my reasoning here $/kiss-community/repo-main/issues/31
!!!UPDATE!!!
It was discovered that some tweaking could be done to the zig build which allows
it to be built with the version of llvm provided by the main repos! Anyone
looking to do cross-compiling with zig will still have to build llvm by
removing the -DLLVM_TARGETS_TO_BUILD line and rebuid zig, but you can find zig
now over in community. Along with zig, lld has been merged as an optional
replacement linker for the usual ld! If you already have llvm installed, maybe
check it out.
[3.0] Small things
________________________________________________________________________________
Mozilla seems to be moving firefox closer and closer to a GTK+2-free future.
While I was under the impression that this would be happening at the end of
December with the firefox 86 release, I should have known better. But the
no-gtk2 patch that we have seems to work just fine (considering how heavily
they're rewriting some parts of the code), and I hope to continue with the patch
until Mozilla blesses us with a firefox that doesn't *entirely* rely on
decades-old codebases. RIP gtk+2, and may you never return to repo/extra.
In a similar vein, there is no clarity on when projects will stop relying on
python2; chromium seems to be the last holdout, and who knows when that will
change. If Google spent as much time on python2 as they do most of their other
projects, they probably could've dropped the requirement years ago.
Void Linux and Gentoo have recently finalized their transition from libressl
back to openssl, the best argument for this about-face being 'difficulty to
maintain patches for compatibility'. The question was asked if KISS' ssl
implementation will change, and the answer is 'no'. We have very few packages
which require crypto libraries, and even fewer which actually require patches
(rust requires a version bump, qt5* require small amounts of patch adjustment).
Until using libressl becomes untenable, there is zero good reason to switch. You
can find some of the discussions around here in the IRC logs:
https://freenode.logbot.info/kisslinux/20210228#c7068386
[4.0] Fun notes
________________________________________________________________________________
A recent libva update saw a change in the headers relating to protected content,
which caused some breakage with chromium. As far as I know, we were one of the
first distros to have a patch ready for this problem - very exciting. Even more
exciting, however, was the fact that this patch made its way all the way to an
Arch PKGBUILD! We're a real distro now, folks.
$/archlinux/svntogit-packages/blob/packages/chromium/trunk/PKGBUILD#L94
Dante Haversham has become the latest to embark on the illustrious path of
rewriting our package manager in nonshell. First to the finish line wins praise,
glory, and the knowledge that their contribution to the community is unique and
will never be upstreamed :) They aim to have it be the same spirit as
$/dylanaraps/k but 'a lot simpler', which are some of the best goals as far as
I'm concerned. Find it here https://git.sr.ht/~dante/rpkg
________________________________________________________________________________
Dylan Araps (C) 2019-2020
kiss-community (C) 2020-2021
Dilyn Corner (C) 2021
Linux(R) is the registered trademark of Linus Torvalds in the U.S. and
other countries.


 Go to the Profile Page to create and edit users.
{% endif %} {% else %}The openPDS Registry Server contains a registry of users with personal data stores, and provides these users with an OAuth 2.0 service to authorize applications to utilize their PDS.
You created your personal data - whether it was by filling out a form, wearing a quantified-self device, or running one of the many mobile applications available today that collect information about you, including call logs, your location, and your contacts.
To contribute, first signup for an account. To create a client to interface with an openPDS install, or view clients you've previously created, proceed to the client management page. To use a pre-existing client application, login to the application with the credentials created on the signup page.


flow
Overview
About Flow
Why Flow?
Our Team
Join Us
Contact Us
Flow is the new generation of Soical Media Platforms that you deserve
So we are building it for you


86. Technical design
86.2. Server Side
86.2.1. Java design
Introduction
The Java backend for My Thai Star application is going to be based on:
-
DEVON4J as the Java framework
-
Devonfw as the Development environment
-
Cobigen as code generation tool
To know more details about the above technologies please visit the following documentation:
Basic architecture details
Following the DEVON4J conventions the Java My Thai Star backend is going to be developed dividing the application in Components and using a three layers architecture.
Project modules
Using the DEVON4J approach for the Java backend project we will have a structure of a Maven project formed by three projects
-
api: Stores all the REST interfaces and corresponding Request/Response objects.
-
core: Stores all the logic and functionality of the application.
-
server: Configures the packaging of the application.
We can automatically generate this project structure using the DEVON4J Maven archetype
Components
The application is going to be divided in different components to encapsulate the different domains of the application functionalities.
As main components we will find:
-
Bookingmanagement: Manages the bookings part of the application. With this component the users (anonymous/logged in) can create new bookings or cancel an existing booking. The users with waiter role can see all scheduled bookings.
-
Ordermanagement: This component handles the process to order dishes (related to bookings). A user (as a host or as a guest) can create orders (that contain dishes) or cancel an existing one. The users with waiter role can see all ordered orders.
-
Dishmanagement: This component groups the logic related to the menu (dishes) view. Its main feature is to provide the client with the data of the available dishes but also can be used by other components (Ordermanagement) as a data provider in some processes.
-
Usermanagement: Takes care of the User Profile management, allowing to create and update the data profiles.
As common components (that don’t exactly represent an application’s area but provide functionalities that can be used by the main components):
-
Imagemanagement: Manages the images of the application. In a first approach the Dishmanagement component and the Usermanagement component will have an image as part of its data. The Imagemanagement component will expose the functionality to store and retrieve this kind of data.
-
Mailservice: with this service we will provide the functionality for sending email notifications. This is a shared service between different app components such as bookingmanagement or ordercomponent.
Other components:
-
Security (will manage the access to the private part of the application using a jwt implementation).
-
Twitter integration: planned as a Microservice will provide the twitter integration needed for some specific functionalities of the application.
Layers
-
Service Layer: this layer will expose the REST api to exchange information with the client applications.
-
Logic Layer: the layer in charge of hosting the business logic of the application.
-
Data Access Layer: the layer to communicate with the data base.
This architecture is going to be reflected dividing each component of the application in different packages to match those three layers.
Component structure
Each one of the components defined previously are going to be structured using the three-layers architecture. In each case we will have a service package, a logic package and a dataaccess package to fit the layers definition.
Dependency injection
As it is explained in the devonfw documentation we are going to implement the dependency injection pattern basing our solution on Spring and the Java standards: java.inject (JSR330) combined with JSR250.
-
Separation of API and implementation: Inside each layer we will separate the elements in different packages: api and impl. The api will store the interface with the methods definition and inside the impl we will store the class that implements the interface.
-
Usage of JSR330: The Java standard set of annotations for dependency injection (
@Named
,@Inject
,@PostConstruct
,@PreDestroy
, etc.) provides us with all the needed annotations to define our beans and inject them.
@Named
public class MyBeanImpl implements MyBean {
@Inject
private MyOtherBean myOtherBean;
@PostConstruct
public void init() {
// initialization if required (otherwise omit this method)
}
@PreDestroy
public void dispose() {
// shutdown bean, free resources if required (otherwise omit this method)
}
}
Layers communication
The connection between layers, to access to the functionalities of each one, will be solved using the dependency injection and the JSR330 annotations.
Connection Service - Logic
@Named("DishmanagementRestService")
public class DishmanagementRestServiceImpl implements DishmanagementRestService {
@Inject
private Dishmanagement dishmanagement;
// use the 'this.dishmanagement' object to access to the functionalities of the logic layer of the component
...
}
Connection Logic - Data Access
@Named
public class DishmanagementImpl extends AbstractComponentFacade implements Dishmanagement {
@Inject
private DishDao dishDao;
// use the 'this.dishDao' to access to the functionalities of the data access layer of the component
...
}
Service layer
The services layer will be solved using REST services with the JAX-RS implementation.
To give service to the defined User Stories we will need to implement the following services:
-
provide all available dishes.
-
save a booking.
-
save an order.
-
provide a list of bookings (only for waiters) and allow filtering.
-
provide a list of orders (only for waiters) and allow filtering.
-
login service (see the Security section).
-
provide the current user data (see the Security section)
Following the naming conventions proposed for Devon4j applications we will define the following end points for the listed services.
-
(POST)
/mythaistar/services/rest/dishmanagement/v1/dish/search
. -
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order
. -
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/filter
(to filter with fields that does not belong to the Order entity). -
(POST)
/mythaistar/login
. -
(GET)
/mythaistar/services/rest/security/v1/currentuser/
.
You can find all the details for the services implementation in the Swagger definition included in the My Thai Star project on Github.
Service api
The api.rest package in the service layer of a component will store the definition of the service by a Java interface. In this definition of the service we will set-up the endpoints of the service, the type of data expected and returned, the HTTP method for each endpoint of the service and other configurations if needed.
@Path("/dishmanagement/v1")
@Consumes(MediaType.APPLICATION_JSON)
@Produces(MediaType.APPLICATION_JSON)
public interface DishmanagementRestService {
@GET
@Path("/dish/{id}/")
public DishCto getDish(@PathParam("id") long id);
...
}
Service impl
Once the service api is defined we need to implement it using the Java interface as reference. We will add the service implementation class to the impl.rest package and implement the RestService interface.
@Named("DishmanagementRestService")
public class DishmanagementRestServiceImpl implements DishmanagementRestService {
@Inject
private Dishmanagement dishmanagement;
@Override
public DishCto getDish(long id) {
return this.dishmanagement.findDish(id);
}
...
}
|
Note
|
You can see the Devon4j conventions for REST services here. And the My Thai Star services definition here as part of the My Thai Star project. |
Logic layer
In the logic layer we will locate all the business logic of the application. We will keep the same schema as we have done for the service layer, having an api package with the definition of the methods and a impl package for the implementation.
Also, inside the api package, a to package will be the place to store the transfer objects needed to pass data through the layers of the component.
The logic api definition:
public interface Dishmanagement {
DishCto findDish(Long id);
...
}
The logic impl class:
@Named
public class DishmanagementImpl extends AbstractComponentFacade implements Dishmanagement {
@Inject
private DishDao dishDao;
@Override
public DishCto findDish(Long id) {
return getBeanMapper().map(this.dishDao.findOne(id), DishCto.class);
}
...
}
The BeanMapper will provide the needed transformations between entity and transfer objects.
Also, the logic layer is the place to add validation for Authorization based on roles as we will see later.
Data Access layer
The data-access layer is responsible for managing the connections to access and process data. The mapping between java objects to a relational database is done in Devon4j with the spring-data-jpa.
As in the previous layers, the data-access layer will have both api and impl packages. However, in this case, the implementation will be slightly different. The api package will store the component main entities and, inside the _api package, another api.repo package will store the Repositories. The repository interface will extend DefaultRepository
interface (located in com.devonfw.module.jpa.dataaccess.api.data
package of devon4j-starter-spring-data-jpa ).
For queries we will differentiate between static queries (that will be located in a mapped file) and dynamic queries (implemented with QueryDsl). You can find all the details about how to manage queries with Devon4j here.
The default data base included in the project will be the H2 instance included with the Devon4j projects.
To get more details about pagination, data base security, _concurrency control, inheritance or how to solve the different relationships between entities visit the official devon4j dataaccess documentation.
Security with Json Web Token
For the Authentication and Authorization the app will implement the json web token protocol.
Jwt basics
-
A user will provide a username / password combination to our auth server.
-
The auth server will try to identify the user and, if the credentials match, will issue a token.
-
The user will send the token as the Authorization header to access resources on server protected by JWT Authentication.
Jwt implementation details
The Json Web Token pattern will be implemented based on the Spring Security framework that is provided by default in the Devon4j projects.
Based on the Spring Security approach, we will implement a class extending WebSecurityConfigurerAdapter (Devon4j already provides the BaseWebSecurityConfig class) to define the security entry point and filters. Also, as My Thai Star is a mainly public application, we will define here the resources that won’t be secured.
List of unsecured resources:
-
/services/rest/dishmanagement/**: to allow anonymous users to see the dishes info in the menu section.
-
/services/rest/ordermanagement/v1/order: to allow anonymous users to save an order. They will need a booking token but they won’t be authenticated to do this task.
-
/services/rest/bookingmanagement/v1/booking: to allow anonymous users to create a booking. Only a booking token is necessary to accomplish this task.
-
/services/rest/bookingmanagement/v1/booking/cancel/**: to allow cancelling a booking from an email. Only the booking token is needed.
-
/services/rest/bookingmanagement/v1/invitedguest/accept/**: to allow guests to accept an invite. Only a guest token is needed.
-
/services/rest/bookingmanagement/v1/invitedguest/decline/**: to allow guests to reject an invite. Only a guest token is needed.
To configure the login we will set up the HttpSecurity object in the configure method of the class. We will define a JWTLoginFilter class that will handle the requests to the /login
endpoint.
http.[...].antMatchers(HttpMethod.POST, "/login").permitAll().[...].addFilterBefore(new JWTLoginFilter("/login", authenticationManager()), UsernamePasswordAuthenticationFilter.class);
In the same HttpSecurity object we will set up the filter for the rest of the requests, to check the presence of the JWT token in the header. First we will need to create a JWTAuthenticationFilter class extending the GenericFilterBean class. Then we can add the filter to the HttpSecurity object
http.[...].addFilterBefore(new JWTAuthenticationFilter(), UsernamePasswordAuthenticationFilter.class);
Finally, as default users to start using the My Thai Star app we are going to define two profiles using the inMemoryAuthentication of the Spring Security framework. In the configure(AuthenticationManagerBuilder auth)
method we will create:
-
user: waiter
-
password: waiter
-
role: Waiter
-
user: user0
-
password: password
-
role: Customer
auth.inMemoryAuthentication().withUser("waiter").password("waiter").roles("Waiter").and().withUser("user0").password("password").roles("Customer");
Following the official documentation the implementation details for the MyThaiStar’s jwt will be:
-
Secret: Used as part of the signature of the token, acting as a private key. For the showcase purposes we will use simply "ThisIsASecret".
-
Token Prefix schema: Bearer. The token will look like
Bearer <token>
-
Header: Authorization. The response header where the token will be included. Also, in the requests, when checking the token it will be expected to be in the same header.
-
The Authorization header should be part of the
Access-Control-Expose-Headers
header to allow clients access to the Authorization header content (the token); -
The claims are the content of the payload of the token. The claims are statements about the user, so we will include the user info in this section.
-
subject: "sub". The username.
-
issuer: "iss". Who creates the token. We could use the url of our service but, as this is a showcase app, we simply will use "MyThaiStarApp"
-
expiration date: "exp". Defines when the token expires.
-
creation date: "iat". Defines when the token has been created.
-
scope: "scope". Array of strings to store the user roles.
-
-
Signature Algorithm: To encrypt the token we will use the default algorithm HS512.
An example of a token claims before encryption would be:
{sub=waiter, scope=[ROLE_Waiter], iss=MyThaiStarApp, exp=1496920280, iat=1496916680}
To provide to the client with the current user data our application should expose a service to return the user details. In Devon4j applications the /general/service/impl/rest/SecurityRestServiceImpl.java
class is ready to do that.
@Path("/security/v1")
@Named("SecurityRestService")
public class SecurityRestServiceImpl {
@Produces(MediaType.APPLICATION_JSON)
@GET
@Path("/currentuser/")
public UserDetailsClientTo getCurrentUserDetails(@Context HttpServletRequest request) {
}
}
we only will need to implement the getCurrentUserDetails
method.
We need to secure three services, that only should be accessible for users with role Waiter:
-
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/filter
.
As part of the token we are providing the user Role. So, when validating the token, we can obtain that same information and build a UsernamePasswordAuthenticationToken
with username and the roles as collection of Granted Authorities.
Doing so, afterwards, in the implementation class of the logic layer we can set up the related methods with the java security '@RolesAllowed' annotation to block the access to the resource to users that does not match the expected roles.
@RolesAllowed(Roles.WAITER)
public PaginatedListTo<BookingEto> findBookings(BookingSearchCriteriaTo criteria) {
return findBookings(criteria);
}
86.2.2. .NET design
TODO
86.2.3. Node.js design (deprecated)
Introduction
The Node.js backend for My Thai Star application is going to be based on:
-
Express.js as the web application framework
-
OASP4Fn as data access layer framework
-
DynamoDB as NoSQL Database
To know more details about the above technologies please visit the following documentation:
Basic architecture details
This structure can be shown in the following example image:
-
public - All files which be exposed on the server directly
-
src
-
database folder - Folder with scripts to create/delete/seed the database
-
model - Folder with all data model
-
routes - Folder with all Express.js routers
-
utils - Folder with all utils like classes and functions
-
app.ts - File with Express.js declaration
-
config.ts - File with server configs
-
logic.ts - File with the business logic
-
-
test - Folder with all tests
Layers
-
Service Layer: this layer will expose the REST api to exchange information with the client applications.
-
Logic Layer: the layer in charge of hosting the business logic of the application.
-
Data Access Layer: the layer to communicate with the data base.
Service layer
The services layer will be solved using REST services with Express.js
To give service to the defined User Stories we will need to implement the following services:
-
provide all available dishes.
-
save a booking.
-
save an order.
-
provide a list of bookings (only for waiters) and allow filtering.
-
provide a list of orders (only for waiters) and allow filtering.
-
login service (see the Security section).
-
provide the current user data (see the Security section)
In order to be compatible with the other backend implementations, we must follow the naming conventions proposed for Devon4j applications. We will define the following end points for the listed services.
-
(POST)
/mythaistar/services/rest/dishmanagement/v1/dish/search
. -
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order
. -
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/filter
(to filter with fields that does not belong to the Order entity). -
(POST)
/mythaistar/login
. -
(GET)
/mythaistar/services/rest/security/v1/currentuser/
.
You can find all the details for the services implementation in the Swagger definition included in the My Thai Star project on Github.
To treat these services separately, the following routers were created:
-
bookingmanagement: will answer all requests with the prefix
/mythaistar/services/rest/bookingmanagement/v1
-
dishmanagement: will answer all requests with the prefix
/mythaistar/services/rest/dishmanagement/v1
-
ordermanagement: will answer all requests with the prefix
/mythaistar/services/rest/ordermanagement/v1
These routers will define the behavior for each service and use the logical layer.
An example of service definition:
router.post('/booking/search', (req: types.CustomRequest, res: Response) => {
try {
// body content must be SearchCriteria
if (!types.isSearchCriteria(req.body)) {
throw {code: 400, message: 'No booking token given' };
}
// use the searchBooking method defined at business logic
business.searchBooking(req.body, (err: types.Error | null, bookingEntity: types.PaginatedList) => {
if (err) {
res.status(err.code || 500).json(err.message);
} else {
res.json(bookingEntity);
}
});
} catch (err) {
res.status(err.code || 500).json({ message: err.message });
}
});
Logic layer and Data access layer
In the logic layer we will locate all the business logic of the application. It will be located in the file logic.ts. If in this layer we need to get access to the data, we make use of data access layer directly, in this case using OASP4fn with the DynamoDB adapter.
Example:
export async function cancelOrder(orderId: string, callback: (err: types.Error | null) => void) {
let order: dbtypes.Order;
try {
// Data access
order = await oasp4fn.table('Order', orderId).promise() as dbtypes.Order;
[...]
}
We could define the data access layer separately, but oasp4fn allows us to do this in a simple and clear way. So, we decided to not separate the access layer to the logic business.
Security with Json Web Token
For the Authentication and Authorization the app will implement the json web token protocol.
Jwt basics
Refer to Jwt basiscs for more information.
Jwt implementation details
The Json Web Token pattern will be implemented based on the JSON web token library available on npm.
Based on the JSON web token approach, we will implement a class Authentication to define the security entry point and filters. Also, as My Thai Star is a mainly public application, we will define here the resources that won’t be secured.
List of unsecured resources:
-
/services/rest/dishmanagement/**: to allow anonymous users to see the dishes info in the menu section.
-
/services/rest/ordermanagement/v1/order: to allow anonymous users to save an order. They will need a booking token but they won’t be authenticated to do this task.
-
/services/rest/bookingmanagement/v1/booking: to allow anonymous users to create a booking. Only a booking token is necessary to accomplish this task.
-
/services/rest/bookingmanagement/v1/booking/cancel/**: to allow cancelling a booking from an email. Only the booking token is needed.
-
/services/rest/bookingmanagement/v1/invitedguest/accept/**: to allow guests to accept an invite. Only a guest token is needed.
-
/services/rest/bookingmanagement/v1/invitedguest/decline/**: to allow guests to reject an invite. Only a guest token is needed.
To configure the login we will create an instance of Authentication in the app file and then we will use the method auth for handle the requests to the /login endpoint.
app.post('/mythaistar/login', auth.auth);
To verify the presence of the Authorization token in the headers, we will register in the express the Authentication.registerAuthentication middleware. This middleware will check if the token is correct, if so, it will place the user in the request and continue to process it. If the token is not correct it will continue processing the request normally.
app.use(auth.registerAuthentication);
Finally, we have two default users created in the database:
-
user: waiter
-
password: waiter
-
role: WAITER
-
user: user0
-
password: password
-
role: CUSTOMER
Following the official documentation the implementation details for the MyThaiStar’s jwt will be:
-
Secret: Used as part of the signature of the token, acting as a private key. It can be modified at config.ts file.
-
Token Prefix schema: Bearer. The token will look like
Bearer <token>
-
Header: Authorization. The response header where the token will be included. Also, in the requests, when checking the token it will be expected to be in the same header.
-
The Authorization header should be part of the
Access-Control-Expose-Headers
header to allow clients access to the Authorization header content (the token); -
Signature Algorithm: To encrypt the token we will use the default algorithm HS512.
To provide to the client with the current user data our application should expose a service to return the user details. In this case the Authentication has a method called getCurrentUser which will return the user data. We only need register it at express.
app.get('/mythaistar/services/rest/security/v1/currentuser', auth.getCurrentUser);
We need to secure three services, that only should be accessible for users with role Waiter:
-
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/filter
.
To ensure this, the Authorization class has the securizedEndpoint method that guarantees access based on the role. This method can be used as middleware in secure services. As the role is included in the token, once validated we will have this information in the request and the middleware can guarantee access or return a 403 error.
app.use('/mythaistar/services/rest/ordermanagement/v1/order/filter', auth.securizedEndpoint('WAITER'));
app.use('/mythaistar/services/rest/ordermanagement/v1/order/search', auth.securizedEndpoint('WAITER'));
app.use('/mythaistar/services/rest/bookingmanagement/v1/booking/search', auth.securizedEndpoint('WAITER'));
86.2.4. Serverless design (deprecated)
Introduction
The Node.js backend for My Thai Star application is going to be based on:
-
Serverless as serverless framework
-
OASP4Fn as data access layer framework
-
DynamoDB as NoSQL Database
To know more details about the above technologies please visit the following documentation:
Basic architecture details
This structure can be shown in the following example image:
-
handlers - All function handlers following oasp4fn structure
-
src
-
model - Folder with all data model
-
utils - Folder with all utils like classes and functions
-
config.ts - File with server configs
-
logic.ts - File with the business logic
-
-
test - Folder with all tests
Layers
-
Service Layer: this layer will expose the REST api to exchange information with the client applications.
-
Logic Layer: the layer in charge of hosting the business logic of the application.
-
Data Access Layer: the layer to communicate with the data base.
Service layer
The services layer will be solved using REST services with Serverless
To give service to the defined User Stories we will need to implement the following services:
-
provide all available dishes.
-
save a booking.
-
save an order.
-
provide a list of bookings (only for waiters) and allow filtering.
-
provide a list of orders (only for waiters) and allow filtering.
-
login service (see the Security section).
-
provide the current user data (see the Security section)
In order to be compatible with the other backend implementations, we must follow the naming conventions proposed for Devon4j applications. We will define the following end points for the listed services.
-
(POST)
/mythaistar/services/rest/dishmanagement/v1/dish/search
. -
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order
. -
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/filter
(to filter with fields that does not belong to the Order entity). -
(POST)
/mythaistar/login
. -
(GET)
/mythaistar/services/rest/security/v1/currentuser/
.
You can find all the details for the services implementation in the Swagger definition included in the My Thai Star project on Github.
To treat these http services, we must define the handlers following the oasp4fn convention:
-
(handlers/Http/POST/dish-search-handler)
/mythaistar/services/rest/dishmanagement/v1/dish/search
. -
(handlers/Http/POST/booking-handler)
/mythaistar/services/rest/bookingmanagement/v1/booking
. -
(handlers/Http/POST/order-handler)
/mythaistar/services/rest/ordermanagement/v1/order
. -
(handlers/Http/POST/booking-search-handler)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(handlers/Http/POST/order-search-handler)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(handlers/Http/POST/order-filter-handler)
/mythaistar/services/rest/ordermanagement/v1/order/filter
(to filter with fields that does not belong to the Order entity). -
(handlers/Http/POST/login-handler)
/mythaistar/login
. -
(handlers/Http/GET/current-user-handler)
/mythaistar/services/rest/security/v1/currentuser/
.
These handlers will define the behavior for each service and use the logical layer.
An example of handler definition:
oasp4fn.config({ path: '/mythaistar/services/rest/bookingmanagement/v1/booking/search' });
export async function bookingSearch(event: HttpEvent, context: Context, callback: Function) {
try {
const search = <types.SearchCriteria>event.body;
const authToken = event.headers.Authorization;
// falta lo que viene siendo comprobar el token y eso
auth.decode(authToken, (err, decoded) => {
if (err || decoded.role !== 'WAITER') {
throw { code: 403, message: 'Forbidden'};
}
// body content must be SearchCriteria
if (!types.isSearchCriteria(search)) {
throw { code: 400, message: 'No booking token given' };
}
business.searchBooking(search, (err: types.Error | null, bookingEntity: types.PaginatedList) => {
if (err) {
callback(new Error(`[${err.code || 500}] ${err.message}`));
} else {
callback(null, bookingEntity);
}
});
});
} catch (err) {
callback(new Error(`[${err.code || 500}] ${err.message}`));
}
}
The default integration for a handler is lambda. See oasp documentation for more information about default values and how to change it.
|
Note
|
If you change the integration to lambda-proxy, you must take care that in this case the data will not be parsed. You must do JSON.parse explicitly |
After defining all the handlers, we must execute the fun command, which will generate the files serverless.yml and webpack.config.js.
Logic layer and Data access layer
Security with Json Web Token
For the Authentication and Authorization the app will implement the json web token protocol.
Jwt basics
Refer to Jwt basiscs for more information.
Jwt implementation details
The Json Web Token pattern will be implemented based on the JSON web token library available on npm.
Based on the JSON web token approach, we will implement two methods in order to verify and user + generate the token and decode the token + return the user data. Also, as My Thai Star is a mainly public application, we will define here the resources that won’t be secured.
List of unsecured resources:
-
/services/rest/dishmanagement/**: to allow anonymous users to see the dishes info in the menu section.
-
/services/rest/ordermanagement/v1/order: to allow anonymous users to save an order. They will need a booking token but they won’t be authenticated to do this task.
-
/services/rest/bookingmanagement/v1/booking: to allow anonymous users to create a booking. Only a booking token is necessary to accomplish this task.
-
/services/rest/bookingmanagement/v1/booking/cancel/**: to allow cancelling a booking from an email. Only the booking token is needed.
-
/services/rest/bookingmanagement/v1/invitedguest/accept/**: to allow guests to accept an invite. Only a guest token is needed.
-
/services/rest/bookingmanagement/v1/invitedguest/decline/**: to allow guests to reject an invite. Only a guest token is needed.
To configure the login we will create a handler called login and then we will use the method code to verify the user and generate the token.
app.post(oasp4fn.config({ integration: 'lambda-proxy', path: '/mythaistar/login' });
export async function login(event: HttpEvent, context: Context, callback: Function) {
.
.
.
.
}
We have two default users created in the database:
-
user: waiter
-
password: waiter
-
role: WAITER
-
user: user0
-
password: password
-
role: CUSTOMER
To provide the client with the current user data our application should expose a service to return the user details. In order to do this, we must define a handler called current-user-handler. This handler must decode the Authorization token and return the user data.
oasp4fn.config({
path: '/mythaistar/services/rest/security/v1/currentuser',
});
export async function currentUser(event: HttpEvent, context: Context, callback: Function) {
let authToken = event.headers.Authorization;
try {
auth.decode(authToken, (err: any, decoded?: any) => {
if (err) {
callback(new Error(`[403] Forbidden`));
} else {
callback(null, decoded);
}
});
} catch (err) {
callback(new Error(`[${err.code || 500}] ${err.message}`));
}
}
We need to secure three services, that only should be accessible for users with role Waiter:
-
(POST)
/mythaistar/services/rest/bookingmanagement/v1/booking/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/search
. -
(POST)
/mythaistar/services/rest/ordermanagement/v1/order/filter
.
To ensure this, we must decode the Authorization token and check the result. As the role is included in the token, once validated we will have this information and can guarantee access or return a 403 error.
oasp4fn.config({ path: '/mythaistar/services/rest/bookingmanagement/v1/booking/search' });
export async function bookingSearch(event: HttpEvent, context: Context, callback: Function) {
const authToken = event.headers.Authorization;
auth.decode(authToken, (err, decoded) => {
try {
if (err || decoded.role !== 'WAITER') {
throw { code: 403, message: 'Forbidden' };
}
[...]
} catch (err) {
callback(new Error(`[${err.code || 500}] ${err.message}`));
}
});
}
86.2.5. GraphQL design
TODO
86.3. Client Side
86.3.1. Angular design
Introduction
MyThaiStar client side has been built using latest frameworks, component libraries and designs:
Angular 4 as main front-end Framework. https://angular.io/
Angular/CLI 1.0.5 as Angular tool helper. https://github.com/angular/angular-cli
Covalent Teradata 1.0.0-beta4 as Angular native component library based on Material Design. https://teradata.github.io/covalent/#/
Angular/Material2 1.0.0-beta5 used by Covalent Teradata. https://github.com/angular/material2
Note: this dependencies are evolving at this moment and if it is possible, we are updating it on the project.
Basic project structure
The project is using the basic project seed that Angular/CLI provides with “ng new <project name>”. Then the app folder has been organized as Angular recommends and goes as follows:
-
app
-
components
-
sub-components
-
shared
-
component files
-
-
main app component
-
-
assets folder
-
environments folder
-
rest of angular files
This structure can be shown in the following example image:
Main Views and components
List of components that serve as a main view to navigate or components developed to make atomically a group of functionalities which given their nature, can be highly reusable through the app.
Note: no-name-route corresponds to whatever URL the user introduced and does not exist, it redirects to HomeComponent.
Public area
Contains the components that are on top of all views, including:
Sidenav where selected orders are displayed with their total price and some comments.
This sidenav proposal is to let user navigate through the app when the screen is too small to show the navigation buttons on the header.
It contains the title, and some other basic functions regarding open and close sidenavs.
At the end of the page that shows only when open on desktop.
Main view that shows up when the app initializes.
View where the users can view, filter and select the dishes (with their extras) they want to order it contains a component to each menu entry:
This component composes all the data of a dish in a card. Component made to display indeterminate number of dishes easily.
View to make book a table in a given data with a given number of assistants or create a reservation with a number of invitations via email.
Dialog which opens as a result of fulfilling the booking form, it displays all the data of the booking attempt, if everything is correct, the user can send the information or cancel if something is wrong.
Dialog which opens as a result of fulfilling the invitation form, it displays all the data of the booking with friends attempt, if everything is correct, the user can send the information or cancel if something is wrong.
Group of dialogs with the proposal of giving some functionalities to the user, as login, register, change password or connect with Twitter.
Dialog with a tab to navigate between login and register.
Functionality reserved to already logged users, in this dialog the user can change freely their password.
Dialog designed specifically to connect your user account with Twitter.
Waiter cockpit area
Restricted area to workers of the restaurant, here we can see all information about booked tables with the selected orders and the reservations with all the guests and their acceptance or decline of the event.
Data table with all the booked tables and a filter to search them, to show more info about that table you can click on it and open a dialog.
Complete display of data regarding the selected table and its orders.
Data table with all the reservations and a filter to search them, to show more info about that table you can click on it and open a dialog.
Complete display of data regarding the selected table and its guests.
Email Management
As the application send emails to both guests and hosts, we choose an approach based on URL’s where the email contain a button with an URL to a service in the app and a token, front-end read that token and depending on the URL, will redirect to one service or another. For example:
http://localhost:4200/booking/cancel/CB_20170605_8fb5bc4c84a1c5049da1f6beb1968afc
This URL will tell the app that is a cancellation of a booking with the token CB_20170605_8fb5bc4c84a1c5049da1f6beb1968afc. The app will process this information, send it to back-end with the correct headers, show the confirmation of the event and redirect to home page.
The main cases at the moment are:
A guest accept an invitation sent by a host. It will receive another email to decline if it change its mind later on.
A guest decline the invitation.
A host cancel the reservation, everybody that has accepted or not already answered will receive an email notifying this event is canceled. Also all the orders related to this reservations will be removed.
When you have a reservation, you will be assigned to a token, with that token you can save your order in the restaurant. When sent, you will receive an email confirming the order and the possibility to remove it.
Services and directives
Services are where all the main logic between components of that view should be. This includes calling a remote server, composing objects, calculate prices, etc.
Directives are a single functionality that are related to a component.
As it can be seen in the basic structure, every view that has a minimum of logic or need to call a server has its own service located in the shared folder.
Also, services and directives can be created to compose a reusable piece of code that will be reused in some parts of the code:
Price-calculator-service
This service located in the shared folder of sidenav contains the basic logic to calculate the price of a single order (with all the possibilities) and to calculate the price of a full list of orders for a table. As this is used in the sidenav and in the waiter cockpit, it has been exported as a service to be imported where needed and easily testable.
Authentication
Authentication services serves as a validator of roles and login and, at the same time, stores the basic data regarding security and authentication.
Main task of this services is to provide visibility at app level of the current user information:
-
Check if the user is logged or not.
-
Check the permissions of the current user.
-
Store the username and the JWT token.
SnackService
Service created to serve as a factory of Angular Material Snackbars, which are used commonly through the app. This service accepts some parameters to customize the snackBar and opens it with this parameters.
WindowService
For responsiveness reasons, the dialogs have to accept a width parameter to adjust to screen width and this information is given by Window object, as it is a good practice to have it in an isolated service, which also calculates the width percentage to apply on the dialogs.
Equal-validator-directive
This directive located in the shared folder of userArea is used in 2 fields to make sure they have the same value. This directive is used in confirm password fields in register and change password.
Mock Backend
To develop meanwhile a real back-end is being developed let us to make a more realistic application and to make easier the adaptation when the backend is able to be connected and called. Its structure is as following:
Contains the three main groups of functionalities in the application. Every group is composed by:
-
An interface with all the methods to implement.
-
A service that implements that interface, the main task of this service is to choose between real backend and mock backend depending on an environment variable.
-
Mock backend service which implements all the methods declared in the interface using mock data stored in a local file and mainly uses Lodash to operate the arrays.
-
Real backend service works as Mock backend but in this case the methods call for server rest services through http.
Booking
The booking group of functionalities manages the calls to reserve a table with a given time and assistants or with guests, get reservations filtered, accept or decline invitations or cancel the reservation.
Orders
Management of the orders, including saving, filtering and cancel an order.
Dishes
The dishes group of functionalities manages the calls to get and filter dishes.
Login
Login manages the userArea logic: login, register and change password.
Security
My Thai Star security is composed by two main security services:
Auth-guard
Front-end security approach, this service implements an interface called CanActivate that comes from angular/router module. CanActivate interface forces you to implement a canActivate() function which returns a Boolean. This service checks with the AuthService stored data if the user is logged and if he has enough permission to access the waiter cockpit. This prevents that a forbidden user could access to waiter cockpit just by editing the URL in the browser.
JWT
JSON Web Token consists of a token that is generated by the server when the user logs in. Once provided, the token has to be included in an Authentication header on every Http call to the rest service, otherwise the call will be forbidden. JWT also has an expiration date and a role checking, so if a user has not enough permissions or keeps logged for a long certain amount of time that exceeds this expiration date, the next time he calls for a service call, the server will return an error and forbid the call. You can log again to restore the token.
To implement this Authorization header management, an HttpClient service has been implemented. This services works as an envelope of Http, providing some more functionalities, likes a header management and an automatically management of a server token error in case the JWT has expired, corrupted or not permitted.
86.3.2. Xamarin design
TODO


The secret to building large apps is to NEVER build
large apps. Break up your applications into small
pieces. Then assemble those testable, bite-sized pieces
into your big application.
JavaScriptMVC 3.X is built with this pattern in
mind. As opposed to a single flat 'scripts' folder,
JavaScriptMVC breaks up your app into
manageable, isolated modules. This tutorial discusses
the reasons for doing this and patterns for doing it.
Why
Traditionally JavaScript, CSS and static resources were seen as second-class
citizens when compared to server code. JavaScript was put in a single
flat 'scripts' folder that looked like:
This was OK for a limited amount of JavaScript; however; client code
increasingly represents a larger percentage of an
app's codebase. What works for 10 files does not work for 100.
Complicating matters, an individual JavaScript file might have dependencies on
non-JavaScript resources. A menu might need
a specific stylesheet, images, or client side template.
Spreading these dependencies across images, styles, and template folders
makes it more difficult to know what depends on what. Over the lifetime
of an an application, it makes it more likely you'll be loading
resources that are not needed.
The Fix
JavaScriptMVC gives each resource you author it's own folder. Typically,
the folder will hold the resource, its demo page, test page,
test script, and any other files specific to that resource.
For example, a tabs folder might look like:
\tabs
tabs.js - the code for a tabs widget
tabs.html - a demo page
funcunit.html - a test page
tabs_test.js - test code
tabs.css - css for the tab
The idea is that we can work on tabs.js in complete isolation.
How
Before we discuss best practices for organizing your application, a little
throat clearing ...
Every app is different. Providing a single folder structure for
all applications is impossible. However, there are several useful
patterns that when understood can keep your
application under control. JavaScriptMVC is extremely flexible so use your best judgement!
This guide walks you through starting with a small-ish example app and where you would add
features over time. Before the example, it's good to know some JavaScript terminology:
App and Library Folders
In general, a JavaScriptMVC application is divided into two root folders: an app folder and
library folder. The app folder code typically 'steals' and configures 'library' code.
Application Folder
The application (or app) folder houses code specific to a particular
application. The code in this folder is very unlikely to be
used in other places. The folder name reflects the name of the application
being built.
Create an application folder structure with:
js jmvc\generate\app cms
Library Folders
A library folder is for general code that
can be reused across several applications. It is the perfect place for
reusable controls like a tabs widget. Typically folder names reflect
the name of the organization building the controls.
Module Types
An application is comprised of various modules. JavaScriptMVC's code generators can
be used to create .
Model - A model represents a set of services. Typically, models exist within
an application folder's models directory and are used to request
data.
Generate a model like:
js jmvc\generate\model cms\models\image
Control - A can.Control can be a traditional view (a tabs widget) or
a traditional controller (coordinates model and view). Reusable controls are
added to library folders. Controls specific
to an application should be put in a folder within an application folder.
Generate a controller like:
js jmvc\generate\control bitovi\tabs
Plugin - A plugin is a low-level reusable module such as a special event or dom extension.
It does not typically have a visible component. These should be added to library folders.
js jmvc\generate\plugin bitovi\range
Example Application
The example is a content management system that organizes 'videos', 'images', and
'articles' under a tabbed layout. For each content type, the user needs
to be able to edit a selected item of that type.
If the application's name is cms and it is built by Bitovi, a basic version's
folder structure might look like:
\cms
\models - models for the CMS
\views - views to configure the grid
cms.js
\bitovi
\tabs - a basic tabs widget
\edit - binds a form to edit a model instance
\grid - a configurable grid
\views
This basic version assumes that we can configure the grid and edit widget
enough to produces the desired functionality. In this case,
cms/cms.js might look like:
// load dependencies
steal('bitovi/tabs',
'bitovi/grid',
'bitovi/create',
'./models/image.js',
'./models/video.js',
'./models/article.js',
function(
Tabs, Grid, Create,
Image, Video, Article
){
// add tabs to the page
var tabs = new Tabs('#tabs');
// Configure the video grid
var videos = new Grid($videos, {
model: Cms.Models.Video,
view: "//cms/views/videos.ejs"
}),
videoEdit = new Edit('#videoEdit')
// listen for when a video is selected
videos.element.on('selected','li',
function(ev, video){
// update the edit form with the selected
// video's attributes
videoEdit.update(video);
}
);
// Do the same for images and articles
var images = new Bitovi.Grid('#images', {
model: Cms.Models.Image,
view: "//cms/views/images.ejs"
}),
imageEdit = new Edit('#imageEdit');
images.element.on('selected','li',
function(ev, image){
imageEdit.update(video);
}
);
var articles = new Grid('#articles', {
model: Article,
view: "//cms/views/article.ejs"
}),
articleEdit = new Edit('#articleEdit');
articles.element.on('selected','li',
function(ev, article){
articleEdit.update(video);
}
);
})
Notice that the cms.js configures the grid and edit widgets with
the cms folder's models and views. This represents an ideal separation between
app specific code and reusable widgets. However, it's extremely rare that
widgets are able to provide all the functionality an app needs to meet its
requirements.
More complexity
Eventually, you won't be able to configure abstract widgets to satisfy
the requirements of your application. For example, you might need to
add specific functionality around listing and editing videos (such as a thumbnail editor).
This is application specific functionality and belongs
in the application folder. We'll encapsulate it in a controller can.Control for each type:
\cms
\articles - the articles tab
\images - the images tab
\videos - the videos tab
\models
\views
cms.js
\bitovi
\thumbnail
\tabs
\edit
\grid
\views
cms/cms.js now looks like:
steal('cms/articles',
'cms/images',
'cms/videos',
'bitovi/tabs',
function(
Articles, Images, Videos, Tabs
){
new Tabs('#tabs');
// add the video grid
new Videos('#videos');
// Do the same for images and articles
new Images('#images');
new Articles('#articles');
})
cms/articles/articles.js might look like:
steal('can',
'bitovi/grid',
'bitovi/edit',
'./init.ejs',
'./article.ejs',
'bitovi/models/article.js',
function(can,
Grid, Edit,
initEJS, articleEJS,
Article){
return can.Control({
init : function(){
// draw the html for the tab
this.element.html(initEJS({}));
// configure the grid
new Grid(this.find('.grid'), {
model: Article,
view: articleEJS
})
this.editor = new Edit(".edit")
},
// when the grid triggers a select event
"li select" : function(el, ev, article){
this.editor.update(article)
}
});
});
Adding leaves to the tree
In the previous example, we moved most of the code in cms/cms.js into
an articles, images, and videos plugin. Each of these plugins should
work independently from each other, have it's own tests and demo page.
Communication between these high-level
controls should be configured in cms/cms.js.
Essentially, as your needs become more specific, you are encouraged to
nest plugins within each other.
In this example, after separating out each type into it's own plugin, you might
want to split the type into edit and grid controls. The resulting
folder structure would look like:
JavaScriptMVC encourages you to organize your application folder as a tree.
The leaves of the tree are micro-controls that perform a specific task (such as
allowing the editing of videos).
Higher-order controls (cms/articles/articles.js) combine leaves and other nodes
into more complex functionality. The root of the application is the application file
(cms/cms.js). It combines and configures all high-level widgets.
Communication between modules is done with the observer
pattern (can.compute or can.Observe) or with events.
With events, low-level controls use $.fn.trigger to send messages 'up' to higher-order
controls. Higher-order controls typically call methods on lower-level controls
The Articles control listening to a 'select' event produced by
Grid and creating (or updating) the Edit control
is a great example of this.
The situation where this breaks down is usually when a 'state' needs to be shared and communicated
across several controls. can.compute and can.Observe are useful
for this situation.
Conclusion
This is an extremely abstract article, but hopefully illustrates a few
important trends of JavaScriptMVC organization:
Put code specific to an app in the application folder.
Put reusable plugins, widgets, and other code into library folders.
The secret to building large apps is to NEVER build large apps. Break up your applications into small pieces. Then assemble those testable, bite-sized pieces into your big application.
JavaScriptMVC 3.X is built with this pattern in mind. As opposed to a single flat 'scripts' folder, JavaScriptMVC breaks up your app into manageable, isolated modules. This tutorial discusses the reasons for doing this and patterns for doing it.
Why
Traditionally JavaScript, CSS and static resources were seen as second-class citizens when compared to server code. JavaScript was put in a single flat 'scripts' folder that looked like:
This was OK for a limited amount of JavaScript; however; client code increasingly represents a larger percentage of an app's codebase. What works for 10 files does not work for 100.
Complicating matters, an individual JavaScript file might have dependencies on non-JavaScript resources. A menu might need a specific stylesheet, images, or client side template.
Spreading these dependencies across images, styles, and template folders makes it more difficult to know what depends on what. Over the lifetime of an an application, it makes it more likely you'll be loading resources that are not needed.
The Fix
JavaScriptMVC gives each resource you author it's own folder. Typically, the folder will hold the resource, its demo page, test page, test script, and any other files specific to that resource.
For example, a tabs folder might look like:
The idea is that we can work on
tabs.js
in complete isolation.How
Before we discuss best practices for organizing your application, a little throat clearing ...
This guide walks you through starting with a small-ish example app and where you would add features over time. Before the example, it's good to know some JavaScript terminology:
App and Library Folders
In general, a JavaScriptMVC application is divided into two root folders: an app folder and library folder. The app folder code typically 'steals' and configures 'library' code.
Application Folder
The application (or app) folder houses code specific to a particular application. The code in this folder is very unlikely to be used in other places. The folder name reflects the name of the application being built.
Create an application folder structure with:
Library Folders
A library folder is for general code that can be reused across several applications. It is the perfect place for reusable controls like a tabs widget. Typically folder names reflect the name of the organization building the controls.
Module Types
An application is comprised of various modules. JavaScriptMVC's code generators can be used to create .
Model - A model represents a set of services. Typically, models exist within an application folder's
models
directory and are used to request data.Generate a model like:
Control - A can.Control can be a traditional view (a tabs widget) or a traditional controller (coordinates model and view). Reusable controls are added to library folders. Controls specific to an application should be put in a folder within an application folder.
Generate a controller like:
Plugin - A plugin is a low-level reusable module such as a special event or dom extension. It does not typically have a visible component. These should be added to library folders.
Example Application
The example is a content management system that organizes 'videos', 'images', and 'articles' under a tabbed layout. For each content type, the user needs to be able to edit a selected item of that type.
If the application's name is cms and it is built by Bitovi, a basic version's folder structure might look like:
This basic version assumes that we can configure the grid and edit widget enough to produces the desired functionality. In this case,
cms/cms.js
might look like:Notice that the
cms.js
configures the grid and edit widgets with the cms folder's models and views. This represents an ideal separation between app specific code and reusable widgets. However, it's extremely rare that widgets are able to provide all the functionality an app needs to meet its requirements.More complexity
Eventually, you won't be able to configure abstract widgets to satisfy the requirements of your application. For example, you might need to add specific functionality around listing and editing videos (such as a thumbnail editor).
This is application specific functionality and belongs in the application folder. We'll encapsulate it in a controller can.Control for each type:
cms/cms.js
now looks like:cms/articles/articles.js
might look like:Adding leaves to the tree
In the previous example, we moved most of the code in
cms/cms.js
into an articles, images, and videos plugin. Each of these plugins should work independently from each other, have it's own tests and demo page.Communication between these high-level controls should be configured in
cms/cms.js
.Essentially, as your needs become more specific, you are encouraged to nest plugins within each other.
In this example, after separating out each type into it's own plugin, you might want to split the type into edit and grid controls. The resulting folder structure would look like:
cms/articles/articles.js
would look the same, except it would change Grid and Edit to point tocms/articles/grid
andcms/articles/edit
:JavaScriptMVC encourages you to organize your application folder as a tree. The leaves of the tree are micro-controls that perform a specific task (such as allowing the editing of videos).
Higher-order controls (
cms/articles/articles.js
) combine leaves and other nodes into more complex functionality. The root of the application is the application file (cms/cms.js
). It combines and configures all high-level widgets.Communication between modules is done with the observer pattern (can.compute or can.Observe) or with events.
With events, low-level controls use
$.fn.trigger
to send messages 'up' to higher-order controls. Higher-order controls typically call methods on lower-level controlsThe Articles control listening to a 'select' event produced by Grid and creating (or updating) the Edit control is a great example of this.
The situation where this breaks down is usually when a 'state' needs to be shared and communicated across several controls. can.compute and can.Observe are useful for this situation.
Conclusion
This is an extremely abstract article, but hopefully illustrates a few important trends of JavaScriptMVC organization:


Elevated glucose.
None.
Transplant location: Right mid abdomen. Left mid abdomen.
Transplant drainage: Portal venous and enteric drainage. Systemic venous and enteric drainage.
Transplant morphology:
Pancreatic duct:
Peritransplant fluid collections:
With the use of color Doppler, flow is detected throughout the transplant pancreas.
Transplant arterial Y-graft, SMA, and splenic arteries:
Y-graft peak systolic velocity: cm/s.
Intra-pancreatic arteries:
Transplant SMV, splenic vein, and confluence to form the transplant PV:
Anastomosis of transplant PV to recipient vein: Obscured by bowel gas. Patent. Anastomosis obscured by bowel gas. Recipient (native) portal vein at the hepatic hilum is normally patent.
SMA = superior mesenteric artery; SMV = superior mesenteric vein; PV = portal vein
Normal pancreas transplant morphology and hemodynamics.


{%extends "django_registration/base.html"%} {% load bootstrap3 %} {% block content %} {{form.media}}
Live URL: {{project.live_site}}
Description: {{ project.project_details}}
Rating: {{ project.score }}/10
Add a rating?
You have already submitted a rating
{%endif%}More from the Author: {{ project.creator.username }}


A tessellation using only regular polygons, with two or more different polygons around each vertex and each vertex having the same pattern of polygons round it.
There are eight of them, using:
triangles and squares
triangles and squares
triangles and hexagons
triangles and hexagons
squares and octagons
triangles and dodecagons
squares, hexagons and dodecagons
triangles, squares and hexagons.


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Writing and maintaining documentation involves the talents of a multidisciplinary community of technical writers, designers, typesetters, developers, support teams, marketers, and many others.
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We invite all those who write the docs to spread the word:
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| Status | Service | Name | Office | Phone | City | |
|---|---|---|---|---|---|---|
| {{ @value["Listing_Status"] }} | {{ @value["Resource_ServiceType"] }} | {{ @value["theraFname"] }} {{ @value["theraLname"] }} | {{ @value["office"] }} | {{ @value["officePhone"] }} | {{ @value["officeEmail"] }} | {{ @value["city"] }} |
| Status | Service | Name | Office | Phone | City |
{{@res['address']}}
{{@res['city']}}
{{@comma}}
{{@res['state']}}
{{@res['zip']}}
0-4, 10-12
PhD
{{ @res["insurance"]}}
King
9:00am-5:00pm
9:00am-5:00pm
9:00am-5:00pm
9:00am-5:00pm
9:00am-4:00pm
Closed
Closed
First Name
Last Name
Phone
Type
Name
Website
Credentials
Insurance
Fees
Address
City
County
Person to Contact First Name
Person to Contact Last Name
Phone
Gender
Ages
Interpreter
State
Zip
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday


You are working now on task: #
You have completed: tasks from
This application asks you digitise the shape of bronze axes via your browser. It makes use of web GIS functions (Geographic Information Systems) to capture vector outlines that can then be used to arrange the axes into stylistic and chronological groups in a formal, quantitative way. When you participate, the platform will load a scanned drawing or photograph of an axe such as some examples below. These front-facing and side-facing views are typical of how archaeologists have traditionally recorded object shapes (only rarely are they published as 3d models for instance).
Once the scanned photograph or drawing has been loaded, you can proceed in a series of three reasonably quick steps as follows:
In step 1, you will be asked to draw one or more polygons that mark out the original outline of the axe shape in front view. So if there a small bits of the axe missing or broken from the blade or sides, then please use your judgement to fill in the gaps. Some people prefer to draw the outline in a single polygon, whilst others draw multiple overlapping polygons to achive the same coverage (which we will merge later). The image below shows these two alternative ways of doing this.
Step 2 asks you to do the same thing for the profile-view of the axe. Again, please use your judgment to reconstruct where small bits of the axe profile are missing or broken. The image below provides two examples, one of a photograph and one of a line-drawing. If the side view is missing from your loaded image, then just click Next without digitising a side-view.
Step 3 is the final one and is slightly more complicated. It asks you to add extra indicative lines to what you have done. Specifically, you need mark lines (not polygons this time) across top of the blade and across the butt of the axe (in that order and extending beyond the axe as in the images below). In those cases where a 'hafting stop' exists, you can also mark that with a third line (curved or straight as you think best). Finally, if the axe is one with a side-loop, we'd like you to draw inner and outer lines to mark the loop (extending clearly inside the axe outline as shown below, so we can edit them later). Once you have digitised lines for blade-width, butt-width and optionally the stop and loop, you are ready, you can then press submit to cmplete the task.
How to use the application's digitising toolbar:
Photo loaded: This label simply indicates whether or not you are waiting for the scan to be loaded into the application. If it says 'Photo loaded', then you can begin digitising.
Front-view: This label indicates what part of the object you are currently digitising.
Draw: This option is selected by default, at the beginning of a task. Click on 'Draw' whenever you want to start drawing a polygon or line. Once you complete your drawing of a feature, the delineating line will turn from blue to a different colour.
Edit: This option is enabled once there is at least one complete feature drawn. After clicking on 'Edit', choose the line or polygon you wish to edit by clicking once anywhere on it. It will turn blue, and become available for editing such that you will be able to re-position the blue nodes that give the line its shape.
Delete: Use this option if you wish to delete your existing drawing (for the current step only).


Rapid Prototyping
FPCS offers high quality 3D printing services and rapid prototyping services. We focus on the production of high-quality, low-cost prototypes. Perks of Rapid Prototyping are that you may show your potential customers and investors a physical model of your product. These prototypes are useful for design improvement, to full production or for engineering testing.
CAED Modeling
Do you have any products or projects that require 3D models? Breathe life into your designs and impress your clients with our cost-effective 3D CAD service. 3D CAD files can be used for project presentations, additive manufacturing, prototyping and CNC manufacturing. We create our 3D designs using design software’s such as Solidworks, NX, Solid Edge and Autodesk Fusion 360 which cover a good spectrum of design needs, be it, product designs or industrial/manufacturing designs.FMEA
Failure Mode and Effect Analysis (FMEA) are essential to any design processes and thereby all the more important to ensure that they meet desired outcomes and can be implemented effectively. An improvement tool to continuously improve and adapt service designs This might include some initial training and help to get started, then your staff takes it from there and completes the analysis. The consulting company may still be available to answer some follow-on questions or to do some hand holding along the way, and maybe even act as the facilitator for the FMEA project.Product Designing
Product designers not only make your product presentable but they also help you identify, examine and validate the problem that your product addresses to subsequently reach a solution. Designing a new idea is not merely about its physical form; it involves problem solving to improve the quality of a new or existing product and enhance the user experience. This process consists of designing new or breathing life into existing ideas. Depending on your design requirements, the process can be different. We outline the our many possible steps an invention may require before it can become a marketable product starting with Research, Concept Development, Ergonomics, Aesthetics to Mechanical design.
Industrial Designing
At FPCS our team of young and talented designers understand the need for striking a perfect balance in innovations, aesthetics and functionality when it comes to industrial design. From concept engineering to final modelling involving modelling and prototyping and preproduction features like Tolerancing (GD&T) we can provide the knowledge and know how.
Simulation & Analysis
Simulation now has a long record of improving operational efficiency and effectiveness in many areas – manufacturing, commercial transportation and logistics, health care, public-sector transport, service industries, and military operations. Discrete-event process simulation has now established a superb record of its ability to improve the efficiency of queuing processes without extravagant over-expenditures on either equipment or personnel. PMCs unique simulation techniques and vast experience in various simulation softwares has yielded great results for its clients in the field of healthcare, transportation, food industry, manufacturing etc.
Drafting Services
Our team of designers have a good understanding of 2D designing in terms of architecture, product design, manufacturing and prototyping which allows us to offer well executed drawings and drafting services. We would like to make this process as seamless and smooth for our clients with addition of proper layer management, linked annotations and revision control. Our results are guaranteed to come out looking clean, accurate and easy to use.
Robotics & Automation
Worldwide, businesses are rapidly growing owing to the innovation and technology exploration. As the businesses are moving towards advancement, they are looking for solutions which can automate their business operations to improve the efficiency by saving additional cost and time. Robotic process automation (RPA) solutions can help business to achieve operation automation goals. RPA developed on the idea of artificial intelligence makes use of robot software to perform tasks and operations, which usually do not require any decision-making. RPA automates the repetitive tasks required for clerical and back office operations, where the tasks are executed by virtual workforce (robots) instead of humans. Here are few factors which might help you in considering RPA for your business operations-
- For successful execution of RPA, no coding skills are required. All the operations driven by RPA can be performed by providing training on the tools within a short span of time.
- Incorporating RPA tools for your business can be less complex and are risk-free. This is because the tools are very light and the robots access the computers in the same way humans do without interrupting the actual code.
- RPA tools provide ease of use and are user-friendly. They are low maintenance and hence, can be effectively used for the business operations.
HVAC
If you require the installation of new heating and air conditioning equipment or the repair of existing equipment, our team is ready to provide the reliable service that you deserve! One Hour Heating & Air Conditioning offers installation, repair, replacement and servicing for all your heating, ventilation, and air conditioning needs. One Hour Heating & Air Conditioning carries a variety of reliable and high-quality products to give you options. Your comfort is our goal, so we’re ready to work with you to find HVAC solutions that work with your budget, needs, and requirements. Integrity and service matter to us, so we back all our work with some of the industry’s best guarantees.
Energy Solutions
We aim to provide our services to a wide customer base including government agencies, commercial customers and major engineering and construction companies. Our automation and software applications combine your business and operational strategies into one allowing you to gain sharper insight and control of your data – leading to more intelligent decisions, safer conditions, increase efficiencies and greater profits.
Building Automation
Our Building Automation team is focused on customer-centric solutions that deliver practical, easy-to-use building solutions that are flexible, economical, and provide our customers with an excellent return on investment.


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Bitstream Interpretation Library (BIL)
0.1
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Contains definition of StreamTokenizer class. More...
Go to the source code of this file.
Variables | |
| const unsigned char | AT_SEPARATOR = 0 |
| const unsigned char | AT_WORD = 1 |
| const unsigned char | AT_WHITESPACE = 2 |
| const unsigned char | AT_COMMENT = 3 |
| const size_t | BUFFER_SIZE = 0x1000000 |
| const size_t | TOKEN_MAX_SIZE = 0x7fe |
Contains definition of StreamTokenizer class.
Definition in file StreamTokenizer.cpp.
| const unsigned char AT_SEPARATOR = 0 |
Definition at line 12 of file StreamTokenizer.cpp.
| const unsigned char AT_WORD = 1 |
Definition at line 13 of file StreamTokenizer.cpp.
| const unsigned char AT_WHITESPACE = 2 |
Definition at line 14 of file StreamTokenizer.cpp.
| const unsigned char AT_COMMENT = 3 |
Definition at line 15 of file StreamTokenizer.cpp.
| const size_t BUFFER_SIZE = 0x1000000 |
Definition at line 17 of file StreamTokenizer.cpp.
| const size_t TOKEN_MAX_SIZE = 0x7fe |
Definition at line 18 of file StreamTokenizer.cpp.


The MadSESE research seminar aims to gather junior and senior researchers from Madrid, Spain, and neighboring regions to meet and to discuss new ideas, important problems and obtained research results in the field of software engineering.
Prospective speakers (junior or senior researchers or practitioners active in the field) are invited to submit an extended abstract (max. 1 A4 page) of a talk. Based on these extended abstracts, the organization will construct an exciting program. The seminar particularly welcomes presentations of ongoing research or tools developed by PhD students. Senior researchers will provide the necessary feedback and lively discussions.
This year we will have the following exciting keynote talk:
Sandro Morasca is a Professor of Computer Science at the Dipartimento di Scienze Teoriche e Applicate of the Università degli Studi dell'Insubria in Como and Varese, Italy.
He was an Associate and Assistant Professor at the Politecnico di Milano in Milano and Como, Italy, and a Faculty Research Assistant and later a Visiting Scientist at the Department of Computer Science of the University of Maryland at College Park.
Sandro Morasca has been actively carrying out research in Empirical Software Engineering, Software Quality, Software Verification, Open Source Software, Web Services, and Specification of Concurrent and Real-time Software Systems, and has published over 30 journal papers and over 80 conference papers.
Sandro Morasca has been involved in several national and international projects and has served on the PC of a number of international Software Engineering conferences and serves on the editorial board of "Empirical Software Engineering: An International journalal," published by Springer-Verlag.
Attendance to MadSESE 2016 is free (including lunch, and coffee breaks), but registration is required.
The event will be hosted at the Campus de Fuenlabrada of the Universidad Rey Juan Carlos in the Seminar 144 room.
Directions for coming to the Campus de Fuenlabrada by car can be found here.
Directions for coming to the Campus de Fuenlabrada by public transport can be foud here.
What Happen In The Background
Fun Facts
People Behind This Work
Universidad Rey Juan Carlos
IMDEA Software


Documentation
Everything you need to create a game with FRAG
Documentation is still very much a work in progress. Please understand there may be rapid changes to this section of the website.
Setup instructions for running the desktop examples depend on your operating system. On the Windows operating system, the DLLs for all of the various FRAG dependencies, must be included in the search path Windows searches for DLLs in. The simplest option is to place them inside of the frag\examples directory, and then run the examples from there. Other options include placing them inside of a directory already included in the search path, or placing them inside of a directory and adding this directory to the PATH environment variable. Users should follow this pattern for linking all FRAG dependencies, including optional ones like Chipmunk2D and Spine when desired. On the Linux and OSX operating systems, the shared libraries for all of the various FRAG dependencies, must be included in the search path of the linker being used to link the example application. The nim.cfg file in the frag/examples directory contains relative paths for both operating systems, which point to the BGFX shared library. Another option is to place dependencies in paths already known to the linker, such as /usr/local/lib. Users should follow this pattern for linking all FRAG dependencies, including optional ones like Chipmunk2D and Spine when desired. Once the steps listed above have been completed, execute the following command from the frag/examples directory for a list of available examples: You should see output similar to: To run an example, provide the example’s id as an option:Running
Desktop Examples
Windows
Ensure DLLs are in the search path
OSX | Linux
Ensure shared libraries are in the linker search path


Use arrow keys or mouse drag to move the map, mousewheel to zoom. Click to select tile, Space to focus on selection. G toggles the grid. Use WASD keys to move the view and O key to add an Object.
SAVE MAP
LOAD MAP
Modify Map