Welcome to pygmyhdl’s documentation!¶
Contents:
PygMyHDL¶
PygMyHDL is a thin wrapper around MyHDL. MyHDL lets you design and simulate digital hardware using Python. PygMyHDL does the same thing, but tries to make it a little simpler. Think of it as “MyHDL on training wheels”. Once you get enough experience with PygMyHDL, you’ll probably cast it aside and just use straight MyHDL. That’s OK; that’s why I invented it.
- Free software: MIT license
- Documentation: http://xesscorp.github.io/pygmyhdl
Features¶
PygMyHDL adds the following features to MyHDL:
Wire
andBus
classes for declaring single-bit and multi-bit digital signals.Bus
objects have.o
and.i
properties that are used to get the value on a bus (that’s the.o
property) and to drive values onto a bus (using the.i
property).State
objects are used to declare state variables for finite-state machines. EachState
object also stores all the defined states in itss
attribute for use in making comparisons to states or updating state values.- The
@chunk
decorator is used to indicate a function will create one or more pieces of logic circuitry. These pieces will be implicitly gathered into a list of logic instances that can be simulated and synthesized later. (MyHDL requires you to explicitly store logic instances into Python variables so they can be found and processed later.) - The decorators
@comb_logic
and@seq_logic
are used to declare functions that perform combinational and sequential logic operations, respectively. (These are almost identical to MyHDL’s@always_comb
and@always_seq
decorators except they assist with the implicit instantiation of logic.) - Helper functions are provided for testing a digital design using random test vectors, exhaustive test vectors, user-defined test vectors, or a simple clock signal.
- The myhdlpeek module is used to display the results of logic simulations as waveforms or tables.
Getting Started¶
Below are some examples of Jupyter notebooks using PygMyHDL. Unfortunately, the Github Notebook viewer doesn’t render the waveform displays so you’ll have to download and run the notebooks locally or click on the static HTML link to see what PygMyHDL can do.
- The Fastest, Easiest FPGA Blinker, Ever!: [Notebook1] [HTML1]
- Hierarchy and Abstraction and Ursidae, Oh My!: [Notebook2] [HTML2]
- Pulse Width Modulators: [Notebook3] [HTML3]
- Block (RAM) Party!: [Notebook4] [HTML4]
- FSMs Without Monsters!: [Notebook5] [HTML5]
Installation¶
At the command line:
$ easy_install pygmyhdl
Or, if you have virtualenvwrapper installed:
$ mkvirtualenv pygmyhdl
$ pip install pygmyhdl
Usage¶
Syntax Features¶
PygMyHDL adds several syntax features to standard MyHDL.
Wire Class¶
A Wire
object is a one-bit Boolean signal. It is declared like this:
my_wire = Wire(0)
The same thing in MyHDL would be:
my_wire = Signal(bool(0))
The Wire
constructor takes the following optional arguments:
init_val
:A Boolean value that defines the initial value of the signal. If no value is given, it defaults to zero.
my_wire = Wire(1) # Create wire with initial value of 1. my_wire = Wire(init_val=0) # Create wire with initial value of 0. my_wire = Wire() # Create wire with initial value of 0.
name
:A string containing a name for the myhdlpeek monitor that will be attached to the signal. If no value is given, it defaults to
None
and no signal monitor will be attached.my_wire = Wire(name='monitor_name') # Create wire with signal monitor called `monitor_name`. my_wire = Wire() # Create wire without a signal monitor.
Bus Class¶
A Bus
object is a multi-bit signal. It is declared like this:
my_bus = Bus(3) # Declare a three-bit bus.
The same thing in MyHDL would be:
my_bus = Signal(modbv(0)[3:])
The Bus
constructor takes the following arguments:
width
:This integer argument is required and specifies the bit-width of the bus.
my_bus = Bus(8) # Declares an 8-bit bus. my_bus = Bus(width=10) # Declares a 10-bit bus.
init_val
:An integer value that defines the initial value of the signal. If no value is given, it defaults to zero.
my_bus = Bus(8, 123) # Create an 8-bit bus with initial value of 123. my_bus = Bus(8) # Create an 8-bit bus with initial value of 0.
name
:A string containing a name for the myhdlpeek monitor that will be attached to the signal. If no value is given, it defaults to
None
and no signal monitor will be attached.my_bus = Bus(8, name='bus_name') # Create an 8-bit bus with signal monitor called `bus_name`. my_bus = Bus(8) # Create an 8-bit bus without a signal monitor.
vtype
:A type that will be used for the signal. If no type is given, it defaults to
modbv
.my_bus = Bus(16, intbv) # Create a 16-bit bus of type intbv. my_bus = Bus(16) # Create a 16-bit bus of type modbv.
Bus
objects have the following additional properties:
.o
Provides access to the output bits of a bus. This are used when passing the value on a bus to another module:
a = Bus(8) b = Bus(8) mod_out = Wire() my_module(a.o[0], b.o[0], mod_out) # my_module receives inputs from LSBit of buses a and b.
The same operation in MyHDL would be:
my_module(a(0), b(0), mod_out)
.i
Provides access to the input bits of a bus. This is used when placing the output from a module onto the bus:
a = Bus(8) b = Bus(8) c = Bus(8) my_module(a.o[3:0], b.o[3:0], c.i[3:0]) # Bus c gets the result output.
The same operation in MyHDL would be:
tmp = Signal(intbv(0)[8:]) my_module(a(3,0), b(3,0), tmp) @always_comb def xfer_func(): c[3:0].next = tmp
Note that the .i
and .o
properties are meant for passing bus
bits to/from a module. When operating on a bus within a module, the
standard MyHDL array operator ([]
) is used. There is one exception
to this: if you want to set a static value on one or more bits of a
Bus
object such as this:
my_bus = Bus(8)
my_bus.i[0] = 1 # Set the LSBit of my_bus to one.
State Class¶
A State
object stores the state of a finite-state machine (FSM). It
is declared like this:
my_state = State('St1', 'St2', 'St3')
The same thing in MyHDL would be:
state_t = enum('St1', 'St2', 'St3')
my_state = state_t()
The initial arguments to the State
constructor are either a list of
strings for the state names:
my_state = State('St1', 'St2', 'another_state', 'final_state')
Or you can pass an existing State
object to create another one just
like it:
my_next_state = State(my_state) # Use my_state to create my_next_state.
Finally, you can access the enum
type for a State
object and use
that to create a new one:
my_next_state = State(my_state.s) # Use the state type for an existing state to create a new one.
In addition to the list of states, the State
constructor takes the
following arguments:
init_val
:A Boolean value that defines the initial value of the signal. If no value is given, it defaults to zero.
my_wire = Wire(1) # Create wire with initial value of 1. my_wire = Wire(init_val=0) # Create wire with initial value of 0. my_wire = Wire() # Create wire with initial value of 0.
name
:A string containing a name for the myhdlpeek monitor that will be attached to the state signal. If no value is given, it defaults to
None
and no signal monitor will be attached.my_state = State('A', 'B', 'C', name='fsm_state') # Create state variable with signal monitor called `fsm_state`.
Finally, any other named arguments are passed through to the enum
function. So you can specify things like the state encoding scheme.
As shown previously, each State
object keeps a record of its
enum
type under the .s
attribute. This provides access to the
allowable states for doing state comparisons and assignments:
my_state = State('st1', 'st2', 'st3')
if my_state == my_state.s.st1: # Compare to see what state in my_state is in.
my_state.next = my_state.s.st2 # Update my_state with a new state.
@chunk Decorator¶
Place the @chunk
decorator before the definition of a module like
so:
@chunk
def adder(a, b, s):
@comb_logic
def logic():
s.next = a + b
The @chunk
decorator inserts some code to manage the implicit
addition of module instances to the global list of module instances. It
is not related to the @block
decorator in standard MyHDL in any
way.
@comb_logic Decorator¶
Place the @comb_logic
decorator before the definition of a
combinational logic function inside a module like so:
@chunk
def adder(a, b, s):
@comb_logic
def logic():
s.next = a + b
@comb_logic
is equivalent to the use of the @always_comb
decorator in standard MyHDL but it also assists in implicitly adding the
function to the global list of instances.
@seq_logic Decorator¶
Place the @seq_logic
decorator before the definition of a sequential
logic function inside a module like so:
@chunk
def counter(clk, cnt):
@seq_logic(clk.posedge) # Update counter on the rising edge of clock.
def logic():
cnt.next = cnt + 1
@seq_logic
takes one parameter that specifies the edge of the clock
that triggers the sequential logic (either posedge
or negedge
).
@seq_logic
is equivalent to the use of the @always_comb
decorator in standard MyHDL but it also assists in implicitly adding the
function to the global list of instances.
Module Instantiation¶
Unlike standard MyHDL, PygMyHDL doesn’t require explicit calls to
instances()
or the return of module instantiations. Instead,
PygMyHDL maintains a global list of instantiations to which modules are
added whenever they are called. So instead of doing this in MyHDL:
m = my_module(a, b, c) # Instantiate module and capture the instance object.
return m # Return instance object.
You would do the following in PygMyHDL:
my_module(a, b, c) # Automatically places the module instantiation on the global module list.
(Note that this requires you to use the @chunk
decorator for the
modules you define in PygMyHDL.
Simulation Functions¶
PygMyHDL provides several functions to make simulation easier.
simulate()¶
This function takes a test bench function and simulates it along with whatever modules are on the global list:
def tb():
for _ in range(100):
clk.next = 1
yield delay(1)
clk.next = 0
yield delay(1)
simulate(tb())
random_sim()¶
This function applies random inputs to a module instance:
@chunk
def my_module(a, b, c):
...
a, b, c = Wire(), Wire(), Wire()
my_module(a, b, c):
random_sim(a, b, c, num_tests = 5) # Apply 5 random combinations of a, b, c to my_module.
The first set of positional arguments to random_sim
are the signals
(either Wire
or Bus
objects) that are assigned random value. The
named arguments are as follows:
num_tests
:- An integer specifying the number of random input combinations to apply.
dly
:- The number of time units to insert between each input combination.
exhaustive_sim()¶
This function applies every possible combination of inputs to a module instance:
@chunk
def my_module(a, b, c):
...
a, b, c = Wire(), Wire(), Wire()
my_module(a, b, c):
exhaustive_sim(a, b, c) # Apply all 8 combinations of a, b, c to my_module.
The first set of positional arguments to exhaustive_sim
are the
signals (either Wire
or Bus
objects) that are assigned values.
The named arguments are as follows:
dly
:- The number of time units to insert between each input combination.
clk_sim()¶
This function applies a specified number of pulses to a signal (usually a clock):
@chunk
def my_module(clk):
...
clk = Wire()
my_module(clk):
clk_sim(clk, num_cycles = 5) # Apply 5 pulses to clk.
The first set of positional argument to clk_sim
is the signal
(usually a Wire
objects) that will accept the pulses. The named
arguments are as follows:
num_cycles
:- An integer specifying the number of pulses (1-0) to apply.
dly
:- The number of time units to insert between each pulse edge.
vector_sim()¶
This function applies sets of values to one or more signals:
@chunk
def my_module(a, b):
...
a = Bus(3)
b = Bus(8)
my_module(a, b):
vector_sim([a, [0, 1, 2, 3, 4]], [b, [255, 254, 253, 252, 251]])
The first set of positional arguments to vector_sim
are lists with
the first element being a signal (either a Wire
or Bus
object)
followed by a vector of values that will be applied to that signal. The
named arguments are as follows:
num_cycles
:- An integer specifying the number of values to apply to the signals. If not given, the number of cycles is set to the maximum of the number of values of all the signal lists.
dly
:- The number of time units to insert between each value.
Examples¶
Below are some examples of Jupyter notebooks using PygMyHDL. Unfortunately, the Github Notebook viewer doesn’t render the waveform displays so you’ll have to download and run the notebooks locally or click on the static HTML link to see what PygMyHDL can do.
Contributing¶
Contributions are welcome, and they are greatly appreciated! Every little bit helps, and credit will always be given.
You can contribute in many ways:
Types of Contributions¶
Report Bugs¶
Report bugs at https://github.com/xesscorp/pygmyhdl/issues.
If you are reporting a bug, please include:
- Your operating system name and version.
- Any details about your local setup that might be helpful in troubleshooting.
- Detailed steps to reproduce the bug.
Fix Bugs¶
Look through the GitHub issues for bugs. Anything tagged with “bug” is open to whoever wants to implement it.
Implement Features¶
Look through the GitHub issues for features. Anything tagged with “feature” is open to whoever wants to implement it.
Write Documentation¶
pygmyhdl could always use more documentation, whether as part of the official pygmyhdl docs, in docstrings, or even on the web in blog posts, articles, and such.
Submit Feedback¶
The best way to send feedback is to file an issue at https://github.com/xesscorp/pygmyhdl/issues.
If you are proposing a feature:
- Explain in detail how it would work.
- Keep the scope as narrow as possible, to make it easier to implement.
- Remember that this is a volunteer-driven project, and that contributions are welcome :)
Get Started!¶
Ready to contribute? Here’s how to set up pygmyhdl for local development.
Fork the pygmyhdl repo on GitHub.
Clone your fork locally:
$ git clone git@github.com:your_name_here/pygmyhdl.git
Install your local copy into a virtualenv. Assuming you have virtualenvwrapper installed, this is how you set up your fork for local development:
$ mkvirtualenv pygmyhdl $ cd pygmyhdl/ $ python setup.py develop
Create a branch for local development:
$ git checkout -b name-of-your-bugfix-or-feature
Now you can make your changes locally.
When you’re done making changes, check that your changes pass flake8 and the tests, including testing other Python versions with tox:
$ flake8 pygmyhdl tests $ python setup.py test $ tox
To get flake8 and tox, just pip install them into your virtualenv.
Commit your changes and push your branch to GitHub:
$ git add . $ git commit -m "Your detailed description of your changes." $ git push origin name-of-your-bugfix-or-feature
Submit a pull request through the GitHub website.
Pull Request Guidelines¶
Before you submit a pull request, check that it meets these guidelines:
- The pull request should include tests.
- If the pull request adds functionality, the docs should be updated. Put your new functionality into a function with a docstring, and add the feature to the list in README.rst.
- The pull request should work for Python 2.6, 2.7, 3.3, and 3.4, and for PyPy. Check https://travis-ci.org/xesscorp/pygmyhdl/pull_requests and make sure that the tests pass for all supported Python versions.


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1 Introduction to R
1.1 A brief history of splines
The R programming language started off at the University of Auckland, where two statistics professors - Ross Ihaka and Robert Gentleman - found themselves somewhat perturbed by the state of statistical programming. There were a lot of statistical languages and environments out there, but most of the ones they had access to were commercial, requiring you to pay to use them.
In the end they decided to write something themselves, and they called it R (first because it’s the first letter in both of their names and second, I hypothesise, because after you’ve written an entire programming language with one other person you probably don’t have the energy left to come up with a fancy name). It was initially used just by the two of them in teaching courses at Auckland, and student complaints were the main source of improvements.
In June 1995, though, everything changed when they released the source code of the language online - and did so under a free license, which let other people reuse the code and crucially modify the code. People began submitting their own improvements, new features, and bug fixes, and the language grew and grew. By 2012 it was the most commonly used data science language - a status it continues to maintain to this day.
1.2 Why R succeeds
R didn’t become popular in a vacuum; there are a lot of other solutions for data analysis out there, some commercial (SAS, SPSS) and some open source (MATLAB, Python, Julia). Despite that, R consistently outstrips them in popularity, and there are a few reasons for that.
R was written by statisticians. A lot of programming languages (including statistical ones) are written, unsurprisingly, by programmers - and this is great from a software engineering standpoint. R, however, was written by statisticians, and while this means the language looks slightly strange compared to more “proper” programming languages, it means that it’s designed from the ground up to handle the things that statisticians and scientists need.
The primary data formats are tabular, just like the results from scientific experiments tend to be; the language has not only arithmetic support, but also significance tests, general modelling functions and matrix mathematics built in.
R was written by a community. As well as the base language, which is the work of many hands, there’s also an entire ecosystem of add-ons (which we’ll cover later). Put simply: if there’s something statistical you need to do, and it isn’t in R itself, it’s almost certainly in an add-on - one that you can obtain, use and include in your work completely free of charge.
R can do pretty much everything. It’s primarily a statistical language, but it’s not just a statistical language. You can do data analysis in it, sure. You can also visualise the results of that analysis in a thousand different ways (including dynamic visualisations), write reports based on it that turn out as LaTeX, PDFs, HTML, or Markdown, or build online dashboards and interactive platforms to display your work.
Heck, you can even build websites in it; I did just to see if I could, and it took 40 lines of code. In that specific case, mind, while you could use R, I would strongly recommend you don’t.
The point, though, is that while R is primarily about statistics, it’s a language that covers pretty much every step of handling data, from reading it in and cleaning it up to showing your results to the world.
R can interact with pretty much everything. That’s a slight exaggeration, but only slight. Suppose someone gives you code written in C? R can interact with that. FORTRAN? Yep. C++? Absolutely! And while we’re at it, you can link R into Python, JavaScript, Java, Scala, and a whole host of other languages. This means that on the off-chance you encounter something you really need to do that isn’t in R, you can integrate it in pretty easily.
There are a lot of other fascinating and wonderful features (some of which we’ll cover later on!) but those are the main ones, and why after writing thousands upon thousands of lines of R in the last few years, I’m still so in love with it.
1.3 The R community
One of the things I touched on above - as a reason R is such a powerful and popular environment - is the community. A big benefit is the expertise that community has: for example, the R add-on for neural networks was written by Brian Ripley, a British statistician who quite literally wrote the book on neural networks. Having the person who invented the methodology implement it gives you a pretty strong claim to the implementation being reliable.
But another benefit is simply that, while there are dragons in some corners, the community generally consists of people who love expanding what the language can do and how friendly to new users it is - and they practise what they preach! And there are a lot of R programmers, and a lot of places to get help, support, suggestions and pointers. Some venues worth keeping in mind, in case you run into a problem and need some assistance, are:
1.4 R installation
To get started with R, you’re going to need…well, R!
If you’re on Windows you can get R here; if you’re on an Apple computer, you can download it here. For Linux users (specifically Ubuntu users, or people on other, Debian-based distributions) open the terminal and type:
sudo apt-get -y install r-base
This requires the password to your computer’s administrator account; if you don’t have it, you’ll need to get the system administrator to install R.
Once you’ve got R, you’ll also need RStudio - an Integrated Development Environment (IDE) for R that we’ll be covering shortly. RStudio can be obtained here.
After that, you’ll need a few R packages (more on those later) that are used in this tutorial. Open RStudio, now that you’ve installed it, and go to the window in the bottom left marked “console”. Type:
install.packages("readr",
"dplyr",
"stringr",
"tidyr",
"lubridate",
"readxl",
"shiny",
"shinydashboard")
(Don’t worry about what this means right now; we’ll get to it later)
1.5 Using RStudio
You should now have RStudio; that’s going to be your primary interface for writing R. Let’s briefly step through the important bits of the program that you should be paying attention to.
When you open it up there should be three different panes, nestled inside the program, looking something like this:
Let’s step through each of them in turn. Going clockwise, we first have the “console”: this is a window into which you can type R commands and see the output - we’ll be using that a lot. Next over, we’ve got a pane with two tabs; “Environment” (the default) and “History”. “Environment” contains a listing of everything you create during your R tinkering, while “History” provides, well, a history, of the commands you’ve typed into the console: that way if you need to re-run something, you can find it easily.
And, last but not least down in the bottom right, we have “Files” (which shows your filesystem, so you can find R scripts you’ve already saved or datasets you want to read in) , “Plots”, which will contain any visualisations you generate so that you can prototype them, “Packages”, which lists all the R add-ons on your system (and which are loaded), and “Help”, which shows any documentation you request.
In practice, another tab will open up when you have an R script open, where the top of “console” is now, and this will contain whatever file(s) you’re editing. For now, though, let’s focus on the console.
1.6 Tutorial format
Going forward we’re going to be focusing on using R, rather than the history, community and everything else. One approach to teaching a programming language is to step through the different rules in how the language is constructed, what the different keywords are, any strange quirks it has, and all the rest - and this can be really helpful for people who are already programmers.
That isn’t guaranteed, though, and so the rest of this book is divided up into individual, practical applications of the language, combined with explanations of what’s going on in each piece so that you can learn the structure of the language through doing.
So, going forward, you’ll see something that looks like the following; I’ll introduce a concept, or a step in analysing data, and talk about why it’s important. And then, after a colon, because I flagrantly abuse both the colon and semicolon:
There'll be a chunk of code, in a shaded box just like this one,
which will achieve the step I was talking about
# Also there may be lines like this. These are comments, which are ignored by R when code is run.
# They let you document what code is doing within your R program.
After that will be an explanation of that chunk of code, and what each bit is doing and how everything in it works.
If you’re the sort of person who instead wants to jump into the nitty-gritty of the language, I recommend reading Hadley Wickham’s Advanced R Programming (specifically the data structures section) to get a handle for the general workings of R, and then coming back here to learn the applications.


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# [film] "Gattaca" # A Postview, copyright 1998 p-m agapow
It is the near future. Ubiquitous genetic screening and engineering has divided society in two: the genetic gifted, their organic problems ironed out and their futures assured; and the "in-valids", those whose chromosomes make them a poor risk and suited for only menial labour. Vincent (Hawke) is the result of a natural birth, untouched by the genetic scalpel. But he dreams of going to the stars and when chance comes to assume the place of the genetically perfect Jerome (Law) he jumps at it and enters the starfaring Gattaca corporation. However a police investigation brought about by the murder of one of Vincent's new colleagues threatens his identity.
Films with broad themes often stumble, particularly those adapted from books. The metaphors that can suspend disbelief in print, on film may appear exaggerated and cartoonish. Recall "1984" and "Brave New World". Thus, "Gattaca" is fighting an uphill battle. Despite this, first-time director and writer Andrew Niccol has achieved something rather wonderful, a good looking picture with no glitzy special effects nor choreographed fighting but instead a thoughtful, intelligent air.
Perhaps he learnt his lessons well from predecessors. The large echoing sets are reminiscent of Godard's "Alphaville" with their depiction of the future-as-present. Conversely, the past-as-future gets a run (via "Bladerunner") in the details on the set. Large finned sedans abound, Vincent's childhood home has an antique fridge (that I remember from a student shared household in the late 1980s), he reads worn handset books on astrogation. The identical suited masses of the Gattaca corporation could come straight from "Metropolis" or "2001".
Neither Hawke nor Thurman are (yet) great actors, yet they are oddly suited to their roles. Hawke's Vincent is an energetic dreamer whose optimism has been filed away to leave a repressed, fearful soul. Thurman (as Irene, a coworker of Vincent) has an alien look and manner suited to the genetically blessed. The supporting cast is full of rather nice performances as well: Jude Law as an empty and angry genetic superman, Gore Vidal as a patrician bureaucrat ("I haven't a violent bone in my body," he sniffs, without being in anyway figurative), Alan Arkin as a grungy old-hand detective. Resisting the Hollywood ploy of sprinkling one-liners through the script, "Gattaca" nevertheless slips in some sly humour. Irene sneaks a hair of Jerome/Vincent's in for genetic analysis, and browses the resultant pages of polynucleotide strings like a womens magazine. The dour police, anonymous in identical fedoras and grey trenchcoats, are dubbed "hoovers" - two jokes for the price of one.
Then we come to the heart of "Gattaca", the idea of rational discrimination. When the frail child Vincent is turned away by a school - which can't afford the insurance in case something happens to him - their bias is completely sensible and still wrong. (The parallels to HIV-positive children is irresistible.) When he is refused a job because of his genetic profile, the action is entirely logical. Despite his dedication and superb work-record, his true identity would lead to his firing. You can't help but think about racism and sexism (and all the other "isms") and how one doesn't need prejudice - just unfeeling rationality - to support discrimination. If a system tipped in the favour of a particular class recruits the best candidates, it will select those like itself. In "Gattaca" this is the genetically pure, for our own world white heterosexual males. And this requires not the slightest bigotry. Perhaps the road to hell is paved not with good intentions, but with cold logic.
"Gattaca" leaves us much to think of on these lines, an issue that is highly relevant in an age rich with information and genetic technology. Yet it does not look at this starry eyed. Vincent sacrifices a lot, even something of himself, to reach his goals. His victories are small, but touching. I would be tempted to give "Gattaca" the highest score and recommendation, but two things prevent me. First, it is perhaps slightly - just 10 minutes - longer than the material will bear. Second, some viewers will find its slightly aloof air too remote to enjoy. But otherwise it comes well recommended [***/interesting] and "I Heard the Owl Call My Name" on the Sid and Nancy scale.
"Gattaca" Released 1997. Director and writer Andrew M. Niccol. Starring Ethan Hawke, Uma Thurman, Gore Vidal, Elias Koteas, Ernest Borgnine, Jude Law, Alan Arkin. Music by Michael Nyman.
------
paul-michael agapow (agapow@computer.org), La Trobe Uni, Infocalypse
"There is no adventure, there is no romance, there is only trouble and desire."
Archived at
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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|
CMSIS-Pack
Version 1.5.0
Delivery Mechanism for Software Packs
|
Application Programming Interfaces (apis) are C/C++ interface specifications that allow software to be divided into largely independent modules. Such modules can then be developed, tested, and maintained independently, and reused by different projects. One example is the use of device drivers. If device drivers are developed for different devices implementing the same API, the application software itself can be written independent from the device it is build for.
The apis allow to distribute the Application Programming Interface Specifications decoupled from actual implementation. One example is the CMSIS-RTOS API, which is specified as part of CMSIS, however, the actual RTOS implementation is provided by different vendors.
Unlike a software component, an API is not selectable. An API consists of a name, a brief description as well as one or more header files, and a document containing a detailed specification of the API.
This element is a grouping element for all application programming interfaces included in the Software Pack. The element itself is optional. Only one such section can exist in a package.
Example:
| Parents | Element Chain | ||
|---|---|---|---|
| package | /package | ||
| Child Elements | Description | Type | Occurrence |
| api | Named specification of an API containing a brief description, C/C++ header files and documentation | ApiType | 1..* |
Application Programming Interfaces (apis) are C/C++ interface specifications that allow components to interwork by either implementing or using a set of functions, data types, and definitions. This element is mandatory and can exist multiple times.
Example:
| Parent Element | Element Chain | ||
|---|---|---|---|
| apis | /package/apis | ||
| Attributes | Description | Type | Use |
| Cclass | Defines the component class to which this component belongs. This is a mandatory part of the component ID. Predefined values can be used as listed in the table Component Classes. | CclassType | required |
| Cgroup | Defines the component group to which this component belongs. This is a mandatory part of the component ID. Predefined values can be used as listed in the table Component Groups. | CgroupType | required |
| exclusive | Makes the selection of a component implementing the API exclusive. If set to 0, then multiple components implementing the API can be selected. Default is 1. | xs:boolean | optional |
| Capiversion | Version of this component. Is a mandatory part of the component ID. The version format is described in Version Type. | VersionType | optional |
| Child Elements | Description | Type | Occurrence |
| description | Brief summary about the purpose and scope of an API. | xs:string | 0..1 |
| files | Grouping element for all file descriptions that are part of this component.. | group | 0..1 |


personal homepage.
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Using 'lazy' option to load the tree and to load the branches. You may want to try this live example of a lazy tree that uses a simple test server.
Reload active node... Load node by path '/folder4/_23/_26/_27'...
jquery.dynatree.js project home Link to this page Example Browser View source code


FILENAME: Blair_fsu_0071N_16741.pdf
TITLE: The Impact of Surface Roughness and Surface Temperature on the Motion of the Deepwater Horizon Oil Spill
AUTHOR: Blair, Daneisha,
MEMBER (professor directing thesis): Bourassa, Mark Allan
MEMBER (committee member): Sura, Philip
MEMBER (committee member): Hart, Robert E. (Robert Edward), 1972-
MEMBER (committee member): Parfitt, Rhys
CORPORATE NAME: Florida State University
CORPORATE NAME: College of Arts and Sciences
CORPORATE NAME: Department of Earth, Ocean, and Atmospheric Science
PUBLICATION: Tallahassee, Florida: Florida State University, 2021
PHYSICAL DESCRIPTION: 1 online resource (54 pages)
ABSTRACT: This study provides, to our knowledge, the first detailed analysis of how oil changes air-sea interaction in a two-way coupled model (COAWST), and how the modified surface stress and surface Ekman current change the transport of the oil. Our results highlight the substantial influences of oil-related changes in surface roughness, surface wind, surface and near surface temperature differences, boundary-layer stability, and corresponding changes in surface stress and oil transport. These results are dependent on the effectiveness of our tuning of the modeled oil concentration on the surface. These considerations are examined in part by running twin coupled modeling simulations with and without the influences of oil. Subsequently, we compare the results by using a flux model with parameterizations selected to match those selected in COAWST adapted to either ignore or account for different atmospheric/oceanic processes in calculating surface stress. This approach investigates the effects of oil separately on boundary-layer stability, surface wind, and surface roughness and how those conditions impact surface stress. The model results find that surface stress changes due to oil-related damping of surface roughness are always negative in the absence of changes to model input parameters (i.e., wind speed and boundary-layer stability). However, oil-related changes to 10 m wind speed appear to play a much dominant role than oil-related changes in roughness in the changes in stress. The wind speed changes due to reduced surface friction (which increase stress) and due to changes in stability (which increase or decrease stress). We find that oil-related changes in boundary-layer stability play a dominant role in the changes in stress. This finding indicates that the vast majority of the changes in modeled stress are due to the changes in modeled stability and wind. This finding is contrary to the assumption by an idealized study where the changes in scatterometer observed roughness were assumed to be entirely due to damping of the roughness by oil. Finally, the results indicate that the oil-related changes in surface roughness, surface wind, and boundary-layer stability combined to result in surface stress changes are not large enough to cause a major impact on the surface current and oil transport. The results from this study indicate that the feedbacks from the surface oil presence to the oil movement itself are minor for forecasting the transportation of the oil due to the small impact on surface stress unless the fractional oil coverage is much greater than found in this study.
NOTE (Submitted Note): A Thesis submitted to the Department of Earth, Ocean, and Atmospheric Science in partial fulfillment of the requirements for the degree of Master of Science.
NOTE (Date of Defense): June 16, 2021.
NOTE (Bibliography Note): Includes bibliographical references.
NOTE (Advisory Committee): Mark A. Bourassa, Professor Directing Thesis; Philips Sura, Committee Member; Robert E. Hart, Committee Member; Rhys Parfitt, Committee Member.
SUBJECT: Meteorology
DEGREE: Masters


Berkeley DB Reference Guide: Environment
Berkeley DB Reference Guide: Environment
Creating an Environment
The db_appinit function is the standard function for creating
or joining a database environment.
Every transaction-protected or multi-process application should call
db_appinit before making any other calls to the Berkeley DB library.
There are several flags that you can set to customize db_appinit:
- DB_CREATE
- Create underlying files as necessary. This flag is normally specified
by applications that have the right to create the region and not by those
that simply want to join it if it already exists.
- DB_INIT_LOCK
- Applications reading and writing databases opened in this environment
will be using locking to ensure that they do not overwrite each other's
changes.
- DB_INIT_LOG
- Applications reading and writing databases opened in this environment
will be using logging.
- DB_INIT_MPOOL
- The databases opened in the environment should use a shared underlying
memory pool.
- DB_INIT_TXN
- Applications reading and writing databases opened in this environment
may be using transactions.
- DB_MPOOL_PRIVATE
- Create a private memory pool, not shared by other processes.
- DB_NOMMAP
-
Files that are opened read-only in the pool (and that satisfy a few other
criteria) are, by default, mapped into the process address space instead
of being copied into the local cache. This can enhance performance or
degrade it, depending on the architecture where it is done. Setting the
DB_NOMMAP flag causes Berkeley DB to never map such files into memory,
instead, they are read into the cache using the standard read system calls.
- DB_RECOVER
- Run normal recovery on this environment before opening it for normal use.
Normal recovery is sufficient to handle most application or system failures.
- DB_RECOVER_FATAL
- Run catastrophic recovery on this environment before opening it for
normal use. Catastrophic recovery is necessary when restoring a database
from an archive.
- DB_THREAD
- Ensure that handles returned by the Berkeley DB subsystems are useable
by multiple threads within a single process, i.e., that the system is
free-threaded.
- DB_TXN_NOSYNC
- On transaction commit, do not synchronously flush the log. This means
that Berkeley DB will provide atomicity, consistency, and isolation for your
transactions, but not durability. Upon recovery, some previously committed
transactions may be lost, but your database will be restored to a consistent
state.
- DB_USE_ENVIRON
- Use environment variables as part of file naming.
- DB_USE_ENVIRON_ROOT
- Use environment variables as part of file naming for users with
appropriate privileges.
Almost all applications either specify only the DB_INIT_MPOOL
flag or they specify all four flags, DB_INIT_MPOOL,
DB_INIT_LOCK, DB_INIT_LOG and DB_INIT_TXN.
The former configuration is for applications that simply want to use the
basic Access Method interfaces with a shared underlying buffer pool, but
don't care about recoverability after failure. The latter is for
applications that need recoverability. There are situations where other
combinations of the initialization flags make sense, but they are quite
rare.
The flag DB_RECOVER is specified by applications that want to
perform any necessary database recovery when they start running, i.e., if
there was a system or application failure the last time they ran, they
want the databases to be made consistent before they start running again.
(It is not an error to specify this flag when no recovery needs to be
done.) The flag DB_RECOVER_FATAL is more special-purpose. It
performs catastrophic database recovery, and normally requires that some
initial arrangements be made, i.e., archived log files be brought back
into the filesystem. Applications should not normally specify this flag.
Instead, under these rare conditions, the db_recover utility
should be used.


we can use this without form but we need form for browser conflictin
Enter a
Enter b
Result
1000
Click the following button and see the result


Pizza Lab
Welcome to your very own, personal pizza laboratory. Here you are the scientist, able to tinker and tamper with ingredients to your heart's content. Will you construct a masterpiece or will what you create, simply be madness?


I've been playing piano since I was a kid. I started with Classical songs but I love playing all kinds of genres. Classical, pop, rock, jazz. I try to improve everyday. Learning the piano allowed me to explore more musical interests.
My accomplishments are being in piano competitions. Here are some of my results:
| Placing | Piano Piece | Composer | Year |
|---|---|---|---|
| 2nd | Waltz in A Minor | Chopin | 2012 |
| 2nd | Piano Sonata No. 8 | Beethoven | 2013 |
| 1st | Piano Sonata No. 11 | Mozart | 2014 |
Here's a resource on how to get started: Piano for Beginners.
Another way I make music is DJing. It's fun mixing songs and creating musical transitions. Ocasionally, I can DJ a party.
I also like making simple beats and electronic music for fun. Accomplishment would be I produced a few fully finished tracks and beats.
I am a senior studying Computer Science at Lewis University.
Music is one of my favorite things to work on when I'm not learning about software devlopment and tech.
This project is for my web development course.


HTML5 variation of the classic snake game.
Control snake with arrow keys, WASD, or HJKL (vim keys).
New food may appear under snake, uncoil to reveal.
Collect the food to grow and increase speed.
© 2013 - JDStraughan.com - Source on GitHub


{% extends "base.html" %} {% load static %} {% block full_screen %}
vcuhunt is a scavenger hunt highlighting various landmarks throughout the vcu campus in richmond, va.
it's perfect for use on your computer, tablet, or phone!
Willem, Bryan, and An are three stellar computer science students at vcu. this app was created for a project in the ux design course in spring 2020.


>>> f = MtkFile('../Mtk_testdata/in/MISR_AM1_GRP_ELLIPSOID_GM_P037_O029058_AA_F03_0024.hdf').grid('BlueBand').field('Blue Radiance')
>>> f.data_type 'uint16'
>>> f.field_name 'Blue Radiance'
>>> f.fill_value 65515
| region) |
>>> r = MtkRegion(37, 50, 55) >>> f.read(r) <MisrToolkit.MtkDataPlane object at 0x18a0400>
Additional dimensions can be determined using MtkGrid field_dims method or by referencing MISR Data Product Specification (DPS) Document. The actually definition of the indices are not described in the MISR product files and thus not described by the MISR Toolkit. These will have to be looked up in the MISR DPS. All indices are 0-based.
| start_block, end_block) |
This function is provided as an alternative to reading blocks one at a time using a MtkRegion.
>>> f.read(50, 55) array([[[65515, 65515, 65515, ..., 65515, 65515, 65515], [65515, 65515, 65515, ..., 65515, 65515, 65515], [65515, 65515, 65515, ..., 65515, 65515, 65515], ..., [65515, 65515, 65515, ..., 65515, 65515, 65515], [65515, 65515, 65515, ..., 65515, 65515, 65515], [65515, 65515, 65515, ..., 65515, 65515, 65515]]], dtype=uint16)


Crumop399.github.io
View and Download FLORABEST FLV 1300 A1 operation manual online. Electric Scarifier / Lawn Aerator. FLV 1300 A1 Tiller pdf manual download. View and Download FLORABEST FLV 1300 A1 translation of original operation manual online. Electric Scarifier / Lawn Aerator. FLV 1300 A1 Tiller pdf manual download. FLORABEST FLV 1300 A1 Translation Of Original Operation Manual.
FLORABEST FLV 1300 A1 OPERATION MANUAL Pdf Download. Florabest Fgh 700/10 Bedienungsanleitung.


| admisc-package | Adrian Dusa's Miscellaneous |
| admisc | Adrian Dusa's Miscellaneous |
| aeqb | Check difference and / or (in)equality of numbers |
| agtb | Check difference and / or (in)equality of numbers |
| agteb | Check difference and / or (in)equality of numbers |
| altb | Check difference and / or (in)equality of numbers |
| alteb | Check difference and / or (in)equality of numbers |
| aneqb | Check difference and / or (in)equality of numbers |
| asNumeric | Numeric vectors |
| asSOP | Functions to interpret and manupulate a SOP/DNF expression |
| coerceMode | Coerce an atomic vector to numeric or integer, if possible |
| combnk | Generate all combinations of n numbers, taken k at a time |
| compute | Functions to interpret and manupulate a SOP/DNF expression |
| curlyBrackets | Extract information from a multi-value SOP/DNF expression |
| deMorgan | Negate Boolean expressions |
| expand | Functions to interpret and manupulate a SOP/DNF expression |
| export | Export a dataframe to a file or a connection |
| factorize | Factorize Boolean expressions |
| finvert | Inverts the values of a factor |
| frelevel | Modified 'relevel()' function |
| getName | Get the name of the object being used in a function call |
| hastilde | Tildae operations |
| hclr | Colors from the HCL spectrum |
| insideBrackets | Extract information from a multi-value SOP/DNF expression |
| intersection | Intersect expressions |
| invert | Negate Boolean expressions |
| list.rda | Load and list objects from an .rda file |
| list.rdata | Load and list objects from an .rda file |
| mvSOP | Functions to interpret and manupulate a SOP/DNF expression |
| negate | Negate Boolean expressions |
| notilde | Tildae operations |
| obj.rda | Load and list objects from an .rda file |
| obj.rdata | Load and list objects from an .rda file |
| outsideBrackets | Extract information from a multi-value SOP/DNF expression |
| permutations | Calculates the permutations of a vector |
| possibleNumeric | Numeric vectors |
| recode | Recode a variable |
| recreate | Facilitate expression substitution |
| replaceText | Replace text in a string |
| roundBrackets | Extract information from a multi-value SOP/DNF expression |
| simplify | Functions to interpret and manupulate a SOP/DNF expression |
| sop | Functions to interpret and manupulate a SOP/DNF expression |
| squareBrackets | Extract information from a multi-value SOP/DNF expression |
| tilde1st | Tildae operations |
| translate | Functions to interpret and manupulate a SOP/DNF expression |
| tryCatchWEM | Try functions to capture warnings, errors and messages. |
| using | Evaluate an expression in a data environment |
| wholeNumeric | Numeric vectors |


Search Inside Yourself is about developing a capable mind, searhing for an emotional balance, and as result leading a happier life.
Main ideas:
- Emotional intelligence includes self-awareness, self-regulation, motivation, empathy and social skills.
- Star performers have strong achievement drive and high achievement standards, ability to influence, conceptual thinking, analytical ability, initiative in taking on challenges, self-confidence.
- Emotional intelligence enables the skills that help us create conditions for our own sustainable happiness.
- The aim of developing emotional intelligence is to help you optimize yourself and function at an even higher level than what you are already capable of.
- Improving our ability to regulate our attention can significantly impact how we respond to emotions.
Two minutes of mindfulness is a good way to relax and clear your mind at the end of the day.


Psycho A Review by Joe Chamberlain
Starring Anthony Perkins; Vera Miles; John Gavin; Martin Balsam & John McIntire
Psycho is the Alfred Hitchcock film considered by many to be a masterpiece. When it was released in 1960 it was probably one of the scariest movies ever made. By today's standards it has a couple of shocking moments, but it certainly wouldn't be what I'd consider to be a real scary film. Since I'm judging Psycho by today's standards, it is for that reason that I wouldn't really recommend Psycho to someone who was looking for a real good scare. They won't find it in Psycho. Even the famous shower scene has lost its shock value. When Psycho was first released it had the virtue of never having been done before. Today there are very few people out there who haven't at least heard about the shower scene. As a result, when it happens, it isn't a real big surprise to anyone watching. As soon as Janet Leigh turns on the water in the bathroom, you know exactly what is coming next. But I'm getting ahead of myself. The afore mentioned Janet Leigh plays Marion Crane. Marion steals a large sum of money from her employer and hops into her car and leaves town. She decides to spend the night in a lonely motel out in the middle on nowhere.  To be brief, Marion decides to go in for a shower after she settles into her room. Once she goes in, she never comes out again alive. The rest of the movie centers on Marion's sister, boyfriend and a private investigator hired by her employer, trying to track down Marion, who has seemingly disappeared off the face of the Earth. And none of them get any help from Bates, although they all suspect that he knows a little more than he is willing to let on.
While I wouldn't recommend Psycho for its shock value, I would recommend it on the basis that it is brilliantly made. Even though I'm not a big fan of black and white movies, visually it works very well. Add to that some of the best music found in a horror film, and you have a decidedly creepy, if not scary movie. The final reason, and the main one for recommending Psycho is the performance of Anthony Perkins as Norman Bates. It was probably the performance of his career. With the exception of Anthony Hopkins in Silence Of The Lambs, you will never find a more eerie personality on screen than Bates. Almost as soon as Perkins appears on screen, the audience knows that something just isn't right about this guy and he is bound to be trouble. For the sake of those 2 or 3 people that are just waking from a coma that they've been in since the early sixties, I won't go into any more detail about why good old Norm is as frightening as he is, let's just say his problems seem to run in the family.
Psycho is a classic, and like many classics, I've found it to be just a little disappointing when compared to current films. The only reason to watch Psycho is for the haunting performance of Perkins, which is more than ample reason to plunk down a few bucks at the video store. As a personal note, the original is a far better way to spend your time and money on that the 1998 remake starring Vince Vaughn and Anne Heche.
7/10 -- Most of that due to Perkins' performance and Hitchcock's direction.
Visit The Movie Guy http://members.tripod.com/~MovieGuy/index.html
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


Frequently Asked Questions
How does this work?
The process for ordering your own custom design was created with you, our customer, in mind.  You will then receive a call or email from us to the email or phone number that you provide. From there, you'll be informed on the estimated cost and wait time.  We take cash, PayPal, or Venmo!
What sort of things can I order?
We do all sorts of custom orders! You can browse our Gallery of Custom Designs and place an order for one that you love. Or maybe just use a custom design as inspiration for your own! Maybe you have an idea that we've never created before -- we can probably do it! Just head to our Order Form and give us your thoughts. The sky is the limit!
How does this work?
The process for ordering your own custom design was created with you, our customer, in mind.  You will then receive a call or email from us to the email or phone number that you provide. From there, you'll be informed on the estimated cost and wait time.  We take cash, PayPal, or Venmo!
What sort of things can I order?
We do all sorts of custom orders! You can browse our Gallery of Custom Designs and place an order for one that you love. Or maybe just use a custom design as inspiration for your own! Maybe you have an idea that we've never created before -- we can probably do it! Just head to our Order Form and give us your thoughts. The sky is the limit!


Big Data Analytics For Sustainability
Find Out MoreI believe in the systematic use of big data analytics to achieve sustainability goals. I want to help organizations optimize the usage of their resources as well as understand and act on the environmental and social impacts that their operations are having on the natural world. With a background in environmental management, I spent the last fourteen years working on a wide array of projects, from solid waste management at the local level and environmental compliance consulting, to academic research in modeling complex sustainable systems, circular economy and big data. I traveled extensively in Africa, Europe and Asia and have published on subjects as diverse as bio-energy closing cycles for feedstock biomass and sustainability assessment tools. I am passionate about solving problems by designing processes that address issues where the three pillars of sustainability (environmental, social and economic) are at stake, especially when these issues are related to community resilience, sustainable living and citizen’s empowerment. I also hold multiple degrees including: a Bachelor's degree in socio-economic management, a Master’s degree in environmental engineering, and a Master’s degree of Rudology (waste sciences). I primarily use R, Python and Neltlogo.
Complex Systems Graduate Student
Sustainable System Graduate Student
Hazardous Waste Project Manager
Solid Waste Operations Manager


An HTML element is an individual component of an HTML document or web page, once this has been parsed into the Document Object Model. HTML is composed of a tree of HTML elements and other nodes, such as text nodes. Each element can have HTML attributes specified.
A block-level element always starts on a new line and takes up the full width available (stretches out to the left and right as far as it can).
An inline element does not start on a new line and only takes up as much width as necessary.
The <div> element is a block-level element that is often used as a container for other HTML elements.
The <div> element has no required attributes, but style and class are common.
When used together with CSS, the <div> element can be used to style blocks of content:


{% extends "base/admin.html" %} {% block title %}Groups — {{ block.super }}{% endblock %} {% block breadcrumbs_header %}
| Name | Plan | |
|---|---|---|
| {{ group.name }} | {{ group.billing.get_plan_object.display }} | View |
| There are currently no groups configured. |
{{ x }}
{% endfor %}


Our mission isn't just to provide you with the best darn coffee your taste buds can enjoy
but to do so in an eco friendly manner.
Yes you heard it right folks! All of our coffee cups are disposable, sustainable and compostable.
Who knew saving the planet could taste this good
Cheers! ☕


Notebooks
Story: The Moon becomes angry at the children's laughing at him: an explanation of the eclipse of the moon
The Moon becomes angry at the children's laughing at him: an explanation of the eclipse of the moon
Title
The Moon becomes angry at the children's laughing at him: an explanation of the eclipse of the moon
Collection
Summary
The Moon becomes angry if people laugh at it, and goes into the sky (i.e. becomes eclipsed). When its anger has cooled, and its heart is 'comfortable' again, it comes out (L II.-35. 3154 rev.-3156 rev.). The Moon and the Sun used to be people and live on the earth. The Moon can understand what the people say about him and grows angry when he hears the children laugh at him, and goes into the sky.
Comments
1) This story occurs on the verso pages of The children of the First Bushmen (who preceded the Flat Bushmen in their country) throw up the sleeping Sun into the sky, 2) This story is found in Book II-35
Contributors
Date
September 1873
Categories
Celestial bodies and aeroscopy, History (Early Race)
Keywords
Sun (and an explanation of the eclipse of the Moon) , Sun (used to be a man) , Sun (lived on earth) , Sun (talked) , Sun (and the Moon) , Sun (lived with the Moon) , Moon (becomes angry when people laugh at it) , Moon (an explanation for its eclipse) , Moon (old man) , Moon (talked) , Moon (lived on earth) , Moon (was a person) , Moon (lived with the Sun) , Moon (was angry with children's laughter) , children (of the First Bushmen) , children (their laughter angers the Moon and causes an eclipse) , darkness (resembles fear) , darkness (the Moon creates and punishes people with) , darkness (and an explanation of the eclipse of the Moon) , darkness (and the Moon who becomes angry at the children's laughter) , eclipse (of the Moon) , eclipse (the children laugh at and anger the Moon) , eclipse (an explanation of the eclipse of the Moon) , Early Race (the First Bushmen, or !khwe |na ssho !ke) , Early Race (and an explanation of the eclipse of the Moon) , name (of the First Bushmen: !khwe |na ssho !ke) , name (and an explanation of the eclipse of the Moon)
Story Pages
3154v-3156v


Before Change
None:
// Already downloaded
if check_file is not None and os.path.isfile(os.path.join(directory, check_file)):
return
if not os.path.isdir(directory):
os.makedirs(directory)
for url in urls:
filename = get_filename_from_url(url)
full_path = os.path.join(directory, filename)
with tqdm(unit="B", unit_scale=True, miniters=1, desc=filename) as t:
urllib.request.urlretrieve(url, filename=full_path, reporthook=reporthook(t))
if check_file is not None and not os.path.isfile(os.path.join(directory, check_file)):
raise ValueError("[DOWNLOAD FAILED] `check_file` not found")
After Change
None:
check_file = None if check_file is None else os.path.join(directory, check_file)
if check_file is None or not os.path.isfile(check_file):
for file_url in file_urls:
compressed_filename = download(file_url, directory)
maybe_extract(compressed_filename, directory)
if check_file is not None and not os.path.isfile(check_file):
raise ValueError("[DOWNLOAD FAILED] `check_file` not found")


Page One
Basic jQuery Mobile
Connecting to Device
Device is Ready
Go to Page Two
Page Two
US Presidents
George Washingon
John Adams
Thomas Jefferson
James Madison
James Monroe
Back to Page One


Yeah, You have completed the game
Credits:
Programming/Design
Holoduke
amarocolas
Music
Semoz
Testing
RCR10
Special thanks to the creators of Three JS and Box2d
Thanks for playing.
For more fun order the full version now!.
Credits:
Programming/Design
Holoduke
amarocolas
Music
Semoz
Testing
RCR10
Special thanks to the creators of Three JS and Box2d
Thanks for playing.
For more fun order the full version now!.
Loading 0%


Full example
Source
submodule execd-dns {
belongs-to execd { prefix execd; }
import inet-types { prefix inet; }
include execd-types;
description
"The 'dns' component provides support for configuring the DNS resolver.
The 'domain' keyword of /etc/resolv.conf is not supported, since
it is equivalent to 'search' with a single domain. I.e. in terms
of the data model, the domains are always configured as 'search'
elements, even if there is only one. The set of available options
has been limited to those that are generally available across
different resolver implementations, and generally useful.";
revision "2008-11-04" {
description "draft-ietf-netmod-yang-02 compatible.";
}
revision "2007-08-29" {
description "Syntax fixes after pyang validation.";
}
revision "2007-06-08" {
description "Initial revision.";
}
grouping dns {
list search {
key name;
max-elements 3;
leaf name { type int32; }
leaf domain { type inet:host; }
}
list server {
key address;
max-elements 3;
ordered-by user;
leaf address { type inet:ip-address; }
}
container options {
leaf ndots { type uint8; }
leaf timeout { type uint8; }
leaf attempts { type uint8; }
}
}
}


Build or prototype an API from well-defined templates in your preferred language. Supported languages include NodeJs, Java & Python. Your API will be deployed and executed in a secure cloud environment adhering to SLF’s security compliance rules & regulations.
We need the following information to continue:
-
SERVICE NAME
- Name of your API/Microservice that you want to create.
-
DOMAIN NAME
- Domain for the API/Microservice. Multiple APIs can be bundled under a single domain. Domains provide easier abstraction to implement similar security & access control on your APIs.
-
LANGUAGE
- Build your application logic for your APIs using this language.
-
APPROVERS
- Users or Active Directory group names containing team members who are required to approve code changes, deployment activities etc. Users should be part of CORP AD Domain.
You can easily and inexpensively use various cloud provider’s services to host a website that uses client-side technologies (such as HTML, CSS, and JavaScript) and does not require server-side technologies (such as PHP and ASP.NET). This type of site is called a static website, and is used to display content that does not change frequently. Also, you can opt in and out of using content delivery network (CDN) that makes your website content available from data centers around the world.
We need the following information to continue:
-
SERVICE NAME
- Name of your website. This is only an internal identifier that we use, this is not related to the DNS for your website.
-
DOMAIN NAME
- Domain for the website (an internal identifier, this can be your project/team/organization name). This should not be mistaken with the actual DNS for your website. DNS mapping is not supported at this point of time.
-
APPROVERS
- Users or Active Directory group names containing team members who are required to approve code changes, deployment activities etc. Users should be part of CORP AD Domain.
Run code without thinking about servers! Package your code and deploy as AWS Lambda functions. You can trigger them using AWS SDK/CLI or several AWS service events like S3 upload, Dynamo DB update etc. Start writing your lambda functions in one of these languages - NodeJs, Java & Python.
We need the following information to continue:
-
SERVICE NAME
- Name of your Lambda function.
-
DOMAIN NAME
- Domain for the Lambda function. Multiple Lambda functions and other services that you can create using this website can be bundled under a single domain. Domains provide easier abstraction to implement similar security & access control on your services.
-
LANGUAGE
- Build your application logic for your Lambda function using this language.
-
APPROVERS
- Users or Active Directory group names containing team members who are required to approve code changes, deployment activities etc. Users should be part of CORP AD Domain.


{% comment %}
Receives a new `feed` context variable.
* `feed.feed` is a dictionary which contains stuff like:
* link
* subtitle
* title
* `feed.entries` is a list of dictionaries containing things like:
* summary
* link
* title
{% endcomment %}
{% if feed.feed.title %}
{{ feed.feed.title }}
{% endif %}
{% if feed.entries|length > 0 %}


skip to main content
Test case: Events-Onclick.html
Onclick Events Tests
Test - Events with Onclick
Fake link
View the results of the survey.
No href attribute
Heading 1
test
Heading 1
Legend text: Automobiles
Fieldset text: Events while inside this textarea!
List of Automobiles
Ford, GM, Chrysler
Ford, GM, Chrysler
Ford, GM, Chrysler
Ford, GM, Chrysler
Ford, GM, Chrysler
Submit


10:55 400mg Methedrone and 20mg MDPV consumed, half in gelcap and half in a glass of water. The sound of Sphongle is filling the room and my dog is resting in the hallway.
11:10 Feeling somewhat energetic, doing small things I have been putting up.
11:20 A familiar tingling feeling begins to spread throughout my body. Going to watch the latest episode of True Blood. Dog is now resting in the kitchen.
11:30 No way, feels to damn good, canít watch tv now, saving that for the comedown.
11:40 My dogs fur feels so incredibly soft, I think I am making him nervous with my moaning though, so I'll leave him alone.
11:45 Friend called, no problem talking to him and I'm fairly confident he didn't notice anything out of the ordinary.
12:00 With some effort managed to roll a joint. Slight jaw tension, 150mg magnesium ingested. Love that time is moving so slow, my mind is completely normal and my coordination is fine, this whole thing was written without having to correct any spelling mistakes (and I write fast too). My vision is somewhat blurry though, and my short term memory isn't super.
12:05 Realized I havenít eaten breakfeast yet. Bowl of cereal eaten without problem, tasted great. I am pretty easily distracted, haven't gone out to smoke my joint yet.   As I lied down in the bathtub I took a hit from my bong, and its effects where greater than I ever could have imagined. It crept up on me almost unnoticeably, my first intention had just been to chill out with a cup of tea, but as I lay submerged in the water I suddenly noticed I was moaning quite a bit. More than quite a bit actually, it felt so great. For a moment I entertained the thought that maybe it actually felt too good to be true and it was just the weed tricking me, as I wondered about this the effects almost dissapeared. Realizing this I asked myself, does it really matter if the feeling is 'real' or not? What is the difference? This helped and refocusing on the wonderfull feeling made the effects return with full force. I could barely contain myself as I shakily reached for my vibrator.
Finding my G-spot and pressing the vibrator against it sent waves and waves of intense pleasure throughout my body. Something about the feeling felt familiar, and then suddenly it hit me: this is an orgasm! It was as if I was an engine and the vibrator was the starter key, anytime I turned it I had an orgasm, and I kept orgasming until I let it go again. I had a couple of enervating engine failures as the vibrator died because of bad batteries and I had to shake it once or twice before I could continue orgasming. The only limit to the length and intensity was my own stamina, it was incredible beyond words. Totally beyond words, I'm writing this several days later and am getting hard just thinking about it. Easily one of the best half hours of my life.
13:30 Only just found the strength to get up from my bed, enjoying the still lingering but diminished effects as well as recovering from a state of total exhaustion.
13:36 My pulse is kinda high, but not uncomfortable in any way. 500mg L-thyrosine ingested with water.
13:46 Got an sms that I'm answering, writing is fairly troublefree and my vision is returning to pretty much normal.
13:56 Message answered, thinking about taking another bong hit, though I'd really just want to rest from the intense pleasure right now, it really depleated my forces. I don't want to let the moment slip though either, I wonít be able to feel this way in a couple of hours. One thing is for sure though, I'm not envious of women sexually anymore. Ate some more cereal with some weed sprinkled on it, as well as some meatballs on the side. I'm a little shaky, and I have to go back and correct a few spelling mistakes every now and then. My tongue doesn't want to stay still either, I keep running it against the roof of my mouth.
14:06 Alright, time to smoke up again, I'll do it for science!  On second thought going outside feels like not so good of an idea, it's coooold.
14:48 I'm so totally NOT dissapointed! This one was equal if not greater in strength, though shorter, probably because I didn't smoke as much coupled with tolerance. I guess I must be getting the teqnique right. Also got a call in the middle of everything when I was lying writhing in bed. No problem at all to pause for a moment and talk normally.
15:15 Effects waning down. Beginning to feel slightly uncomfortable, something a joint instantly cures, for now at least. Gonna take my dog for a walk, fresh air and light exercise does wonders for comedowns.
15:55 Took a 5-htp and drank a cup of green tea a while ago. Pretty much no uncomfortability at the moment, feels good to just lie down.
18:32 Still enjoying the effects. Met with some friends and was talkative and had fun. They kept complaining how cold it was, and I was walking in sandals. :)
Epilogue
The uncomfortability never returned, infact I felt cozy the whole next day, albeit tired.  The access to 5-htp, l-thyrosine, vitamins, magnesium and the likes really makes the experience much more smooth.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Message Authentication Codes¶
In cryptography, a Message Authentication Code (MAC) is a short piece of information used to authenticate a message and to provide integrity and authenticity assurances on the message. Integrity assurances detect accidental and intentional message changes, while authenticity assurances affirm the message’s origin. libscapi currently provides only one implementation of message authentication codes: HMAC.
Contents
The Mac abstract class¶
This is the general class for Mac. Every class in this family must derive this class.
-
class
Mac
¶
Basic Mac and Verify Functionality¶
-
vector<byte>
Mac::
mac
(const vector<byte> &msg, int offset, int msgLen)¶ Computes the mac operation on the given msg and return the calculated tag.
Parameters: - msg – the message to operate the mac on.
- offset – the offset within the message vector to take the bytes from.
- msgLen – the length of the message in bytes.
Returns: vector<byte> the return tag from the mac operation.
-
bool
Mac::
verify
(const vector<byte> &msg, int offset, int msgLength, vector<byte> &tag)¶ Verifies that the given tag is valid for the given message.
Parameters: - msg – the message to compute the mac on to verify the tag.
- offset – the offset within the message array to take the bytes from.
- msgLength – the length of the message in bytes.
- tag – the tag to verify.
Returns: true if the tag is the result of computing mac on the message. false, otherwise.
Calulcating the Mac when not all the message is known up front¶
-
void
Mac::
update
(vector<byte> &msg, int offset, int msgLen)¶ Adds the byte array to the existing message to mac.
Parameters: - msg – the message to add.
- offset – the offset within the message array to take the bytes from.
- msgLen – the length of the message in bytes.
-
void
Mac::
doFinal
(vector<byte> &msg, int offset, int msgLength, vector<byte> &tag_res)¶ Completes the mac computation and puts the result tag in the tag array.
Parameters: - msg – the end of the message to mac.
- offset – the offset within the message array to take the bytes from.
- msgLength – the length of the message in bytes.
Returns: the result tag from the mac operation.
Key Handling¶
-
SecretKey
Mac::
generateKey
(int keySize)¶ Generates a secret key to initialize this mac object.
Parameters: keySize – is the required secret key size in bits. Returns: the generated secret key.
-
SecretKey
Mac::
generateKey
(AlgorithmParameterSpec &keyParams)¶ Generates a secret key to initialize this mac object.
Parameters: keyParams – algorithmParameterSpec contains parameters for the key generation of this mac algorithm. Returns: the generated secret key.
-
bool
Mac::
isKeySet
()¶ An object trying to use an instance of mac needs to check if it has already been initialized.
Returns: true if the object was initialized by calling the function setKey.
-
void
Mac::
setMacKey
(SecretKey &secretKey)¶ Sets the secret key for this mac. The key can be changed at any time.
Parameters: secretKey – secret key
Mac Properties¶
-
int
Mac::
getMacSize
()¶ Returns the input block size in bytes.
Returns: the input block size.
HMAC¶
We presented the same HMAC algorithm in the first layer of libscapi. However, there it was only presented as a PRF. In order to make HMAC become also a MAC and not just a PRF, all we have to do is to derive the Mac class. This means that now our HMAC needs to know how to mac and verify. HMAC is a mac that does not require knowing the length of the message in advance.
The Hmac class¶
Hmac is a Marker interface. Every class that implements it is signed as Hmac. Hmac has varying input length and thus implements the interface PrfVaryingInputLength. Currenty the BcHMAC
class implements the Hmac
interface.
-
class
Hmac
: public virtual PrfVaryingInputLength, public virtual UniqueTagMac, public virtual UnlimitedTime¶
Basic Usage¶
Sender usage:
//Create an hmac object.
OpenSSLHMAC hmac("SHA-1");
//Generate a SecretKey
Hmac.generateKey(128);
//Set the secretKey.
hmac.setKey(secretKey);
//Get the message to mac and calculate the mac tag.
auto tag = hmac.mac(msg, offset, length);
//Send the msg and tag to the receiver.
...
Receiver usage:
//Get secretKey, msg and tag byte arrays.
...
//Create the same hmac object as the sender’s hmac object and set the key.
...
// receive the message and the tag
...
// Verify the tag with the given msg.
If (hmac.verify(tag, msg, offset, length)) { //Tag is valid.
//Continue working...
} else return ERROR; //Tag is not valid.


QuickScan
Create Scan Profile
Scan Profile Name:
IP Address(es):
Create Profile
Create Profile and Run


IN DREAMS A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): ** 1/2
As Claire Cooper, Annette Bening has been having some dreams lately, and they're not of sugarplums dancing in her head. Asleep and awake, she has horrific visions of a man who leads little girls to their death. In his best creepy style Robert Downey Jr. plays the serial killer, whose demonic acts have seized control of Claire's brain.
Written and directed by THE CRYING GAME's Neil Jordan, IN DREAMS wants to be more than the typical psychological horror film, but it only partially succeeds. Jordan is well versed in ways of divulging facts in bits and pieces so that he can maintain the suspense. However, the movie is rooted in the over-the-top horror movie genre, and this proves to be its downfall.
The plot involves a town that 25 years ago was flooded to make way for a new reservoir. The killer claims to have been chained to a bed in the town when it was flooded.  Apparently he wants to stop so he causes Claire to dream his future violent actions.
As is de rigueur in this genre, everyone around Claire thinks she's nuts when she predicts the upcoming crimes. Aidan Quinn plays her confused husband, who thinks the answer to Claire's difficulties is medical help. As Dr. Silverman, Claire's psychiatrist, Stephen Rea doesn't believe a word Claire says. She has a simple explanation for her bizarre behavior. "I'm not obsessed; I'm possessed!" Claire with wild, bleary eyes tells her doctor.
As the movie grinds on, it becomes increasing familiar. Claire spends more and more of her time in padded rooms and strapped to beds, while her doctors drug her to calm her down. Annette Bening does the best she can with a role that almost demands overacting.
By the predictable last act, in which Claire finally gets to confront the man from her dreams, the movie has deteriorated from intriguing to tiresome. At least the way in which Claire ultimately gets back at her tormentor is satisfying.
IN DREAMS runs 1:40. It is rated R for violence and profanity and would be fine for teenagers.
Email<EMAIL_ADDRESS>Web: www.InternetReviews.com
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


| 738 | (A) | a crownn of fułł clene golde was closede one lofte |
| 742 | (C) | ¶ And a crowne of clene golde . was closed a-bouen |
| 734 | (D) | A croune al of clene gold was closid vp-on loft |
| 713 | (E) | ¶ A crowne al of clene gold . was closyd vp-on loofte |
| (Ex) | ---- no text ---- | |
| 757 | (L) | a croune of clene gold was closed vp-on lofte |
| 693 | (P) | A croune of clene golde was ?????? ?????? |
| 722 | (U) | A crowne of the clene gold / was closed vpon lofte |
| (V) | ---- no text ---- |


| Attribute | Description | Type |
| companyname | Sets company name. | String |
| compatibilityversion | Sets compatibility version. | String |
| description | String | |
| extends | Specifies that this element extends the element with id attribute with a matching value. The configuration will be constructed from the settings of this element, element referenced by extends, and the containing cc element. | Reference |
| filecomments | Sets comments. | String |
| filedescription | Sets file description. | String |
| fileversion | Sets file version. | String |
| id | Sets an id that can be used to reference this element. | String |
| if | Sets the property name for the 'if' condition. The define will be ignored unless the property is defined. The value of the property is insignificant, but values that would imply misinterpretation ("false", "no") will throw an exception when evaluated. | String |
| internalname | Sets internal name. Internal name will automatically be specified from build step, only set this value if intentionally overriding that value. | String |
| language | Sets language. | String |
| legalcopyright | Sets legal copyright. | String |
| legaltrademarks | Sets legal trademark. | String |
| originalfilename | Sets original name. Only set this value if intentionally overriding the value from the build set. | String |
| patched | Sets prerelease. | boolean |
| prerelease | Sets prerelease. | boolean |
| privatebuild | Sets private build. | String |
| productname | Sets product name. | String |
| productversion | Sets product version. | String |
| refid | Specifies that this element should behave as if the content of the element with the matching id attribute was inserted at this location. If specified, no other attributes should be specified. | Reference |
| specialbuild | Sets private build. | String |
| unless | Set the property name for the 'unless' condition. If named property is set, the define will be ignored. The value of the property is insignificant, but values that would imply misinterpretation ("false", "no") of the behavior will throw an exception when evaluated. | String |


{% extends 'templates/nhs_transaction_layout.html' %} {% import 'includes/form_macros.html' as form_macros %} {% block afterHeader %} {% include "includes/service-headers/low-income.html" %} {% endblock %} {% block content %} Do you have any of the following in this country or abroad? Tick all that apply Bank or building society accounts Premium bonds Capital bonds Shares National Saving Certificates Individual Saving Accounts (ISAs) or any other investments or I don't have any of these {{ form_macros.button({ href: 'other-assets', label: 'Next' }) }} {% endblock %}
or


Contributing Every Day
How I Made A Career Working with OSM
Josh Sisskind
Radiant Solutions
FOSS4G NA 2018
Our Illustrious Panel
- Josh Sisskind, Radiant Solutions
- Drew Bollinger, Dev/Data Analyst @ Development Seed
- Josh Campbell, CEO @ Sand Hill Geographic
- Kate Chapman, Consultant @ Cascadia TM
- Rob Emanuele, VP of Research @ Azavea
Josh Campbell
@disruptivegeo
- 15 years of experience working with GIS-T
- Created MapGive - a crowdsource mapping initiative to catalyze VGI into OSM - while at the U.S. State Department
- Councilor of the AGS, a Voting Member of the HOTOSM, and a Charter member of the Open Source Geospatial Foundation
Kate Chapman
- 17 years of experience in mapping and GIS
- Started with OSM in 2009 mapping my neighborhood in Sterling, VA
- Co-founded HOTOSM after 2010 earthquake in Haiti
- Currently consult organizations in use of open-source software, community management, and general non-profit org management
Rob Emanuele
- Core contributor to the GeoTrellis platform, an OSGeo charter member, and was the chair of the program committee for FOSS4G NA 2015 and 2016.
- Rob has worked on projects that include OpenStreetMap such as travelshed generation, School Bus route optimization, and large scale analytics on OSM history.
Josh Sisskind
- Working in the GIS field since 2009
- Stumbled into OSM when searching for projects planning summer camp while in grad school
- Have been working to implement open source software into the government space for over 5 years
Plan for the next 45 minutes...
- What is OSM?
- Conversation with our panel
- Questions from the audience
OpenStreetMap (OSM) is a collaborative project to create a free editable map of the world. It is recognized as a useful dataset for training machine learning algorithms, deriving analytics on mapping behaviors, providing vital datasets to first responders to natural disasters, and a casual place for geonerds to continue to contribute to a living map of the world.
Contributing Every Day
- How do you use OSM on a daily basis?
- Is it difficult to balance personal interests in OSM vs. professional?
- How has your personal interest in OSM changed since you have been using it professionally?
Bringing OSM into the workplace
- Was OSM a requirement or did you introduce it into the work?
- Was there resistance to use OSM?
- What do you feel is an acceptable use of OSM in a professional environment?
How do you contribute?
- Are you contributing through creating data? Developing Tools? Something else?
- What tools are you working with? QGIS, iD, JOSM, ArcGIS, etc.
What advice do you have for someone who is looking to bring OSM into their career?
State of the Map US
Detroit, Michigan
October 5-7


React-d3
support high level components which you can install and create a line chart, bar chart, pie chart... etc, within a component.
React-d3
is a highly module library. You can build new d3 charts using React-d3
to create axis using xaxis
component, yaxis
component, label using label
component, legend legend
component... etc, in other word, it extends the flexibility of d3
library so you can assemble a whole new chart using core components.
React-d3
combine the power of d3
flexibility and the data flow, structures, components, virtual DOM, and others benefits that react.js
provide.
React-d3
is a highly modular chart library, you can create your d3 charts such as line chart or bar chart within a simple component. Besides, you can easily set different props of chart component to rendering various chart you want.
month,total,incineration,garbageBury,largeGarbageRecycle,foodWaste,recycle,other,average
2001M01,770095,295355,339023,0,0,75630,60087,1.124
2001M02,629350,248283,256351,0,0,74732,49983,1.016
2001M03,663170,271344,264674,0,0,77137,50015,0.966
...
...
...
We provide low level api for you to assemble your own chart.
ReactDOM.render(
<Chart
width= {width}
height= {height}
data= {data}
chartSeries= {chartSeries}
x= {x}
>
// build line chart
<Line
chartSeries= {series1}
/>
// build area chart
<Area
chartSeries= {series2}
/>
<Xaxis/>
<Yaxis/>
<Xgrid/>
<Ygrid/>
</Chart>
, document.getElementById('line-garbage')
)
We also provide high level chart api.
ReactDOM.render(
<Chart
title={"Taiwan refuse disposal"}
width={500}
height={300}
margins= {margins}
>
<LineChart
margins= {margins}
title={"Taiwan refuse disposal"}
data={data}
width={500}
height={300}
chartSeries={chartSeries}
x={x}
xScale={"time"}
/>
</Chart>
, document.getElementById('line-garbage')
)
React-d3-brush
support charts with brush! We support all kinds of common charts such as line chart, bar chart, bar group chart... etc.
ReactDOM.render(
<BarGroupBrush
title= {"Bar Group Chart With Brush"}
data= {data}
width= {500}
height= {300}
chartSeries = {chartSeries}
x= {x}
xScale= {xScale}
yTickFormat= {yTickFormat}
brushHeight= {100}
/>
, document.getElementById('data_brush_bar_group')
)
React-d3-zoom
support charts with zoom! We support all kinds of common charts such as line chart, bar chart, bar group chart... etc.
ReactDOM.render(
<BarStackZoom
title= {"Bar Stack Chart With Zoom"}
data= {data}
width= {500}
height= {400}
chartSeries = {chartSeries}
x= {x}
xScale= {"ordinal"}
yTickFormat= {yTickFormat}
/>
, document.getElementById('data_zoom_bar_stack')
)
React-d3-tooltip
support charts with tooltip! We support all kinds of common charts such as line chart, bar chart, bar group chart... etc.
ReactDOM.render(
<PieTooltip
title= {title}
data= {generalChartData}
width= {width}
height= {height}
chartSeries= {chartSeries}
value = {value}
name = {name}
/>
, document.getElementById('data_tooltip_pie')
)


{% extends "layout.html" %} {% block title %} Index {% endblock %} {% block main %}
This website is for staff at FleuraMetz Toronto only, you must log in to use the application.
To register click register
To login click login


A block of rooms has been secured at the Best Western Plus Waterfront Hotel.
277 Riverside Drive W
Windsor, Ontario
N9A 5K4
Please call<PHONE_NUMBER> for reservations, and be sure to ask for the Hart/Graf Wedding group rate!
There are many other hotels in the downtown core, but the shuttle to and from the venue will be leaving from the Best Western. Guests staying elsewhere will still be able to take the shuttle.
For those who may stick around for a couple days after the wedding, here are some resources to help you plan your trip!
Tourism in the Windsor Essex Region
http://visitwindsoressex.com/visitor-information/
Within walking distance from hotel...
Caesars Windsor
Try your luck at table games or slots at the casino, or check out a show!
https://www.caesars.com/caesars-windsor
Windsor Riverfront
Located steps away from the hotel is a nice walking and bike path along the Detroit River.
Nice view of the Detroit skyline.
Windsor Area
Windsor Eats
A really great website listing good places to eat, local food and beverage tours, and things
to do in the city of Windsor
http://www.windsoreats.com/
Point Pelee National Park
All National Parks in Canada are offering free admission in 2017! Be sure to order your Parks Canada pass online so you can take
advantage of this awesome opportunity.
https://www.pc.gc.ca/en/pn-np/on/pelee


You will be given a random number at the start of the game.
There are foour crystals below. By clicking on a crystal, you will add a specific amount of points to your total score.
You win the game by matching your total score to the random number. You lose if your total score goes above the random number at any point.
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Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Mellow sweet flavours of braised endives go beautifully with rack of venison and a rich red wine sauce.
For the venison, preheat the oven to 200C/400F/Gas 6.
Heat the oil in a frying pan, add the venison and colour it well all over. Season with salt and pepper.
Transfer the venison to a roasting tray and roast for five minutes.
Turn down the oven to 180C/350F/Gas 4. Add the butter and sage leaves to the meat and roast for a further 8-10 minutes, basting frequently. When cooked, remove from the oven, season if necessary, and leave to rest in a warm place.
For the endive, turn down the oven to 160C/325F/Gas 3.
Bring a pan of salted water to the boil. Blanch the endives, then drain and transfer to an ovenproof dish. Pour the stock around them and dot with the butter. Bake for 30 minutes, or until cooked, but without colour.
Remove the endives from the oven. Once they are cool enough to handle, gently squeeze them to remove any excess liquid and cut them in half lengthways.
Using the same pan you used to brown the venison, heat two tablespoons of oil over a high heat. Add the endives cut-side down for 2-3 minutes, or until caramelised. Transfer to a plate and keep warm.
For the sauce, heat the oil in a saucepan, add the trimmings and cook to colour them all over.
Add the vegetables and sage stalks and cook to colour them, then add the wine and stock and cook until the volume of liquid is reduced by half.
Strain the sauce through a sieve into the pan you caramelized the endives in, then beat in the butter. Taste and adjust seasoning as necessary.
To serve, carve the racks of venison and serve with the endives. Garnish the endives with chives and pour the sauce around.


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I have been a Reinsurance Operations Associate for the past 5+ years and continue to expand my skills in data analytics.
Currently, I am taking a full stack developer bootcamp through The University of Kansas with a completion date of August 2021.
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My SettingsThe first time you go into edit mode, you should begin by entering your personal settings. This is done on the My settings tab. You can find it by clicking on the Root page in the structure, or on My Settings in the toolbar. User informationThis is primarily a matter of identifying yourself in the system. By filling in your personal details such as e-mail address etc. on the User information tab, the system can communicate with you.
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