CreateFile()
语法
Result = CreateFile(#File, Filename$ [, Flags])概要
Create an empty file.
参数
#File The number to identify the new file. #PB_Any 可以用来自动生成这个编码. Filename$ The filename and path to the new file. If the filename does not include a full path, it is interpreted relative to the current directory. Flags (可选) It can be a combination (using the '| operand) of the following values: #PB_File_SharedRead : the opened file can be read by another process (Windows only). #PB_File_SharedWrite: the opened file can be write by another process (Windows only). #PB_File_NoBuffering: the internal PureBasic file buffering system will be disabled for this file. FileBuffersSize() can not be used on this file.combined with one of the following values (the following flags affect the WriteString()(), WriteStringN(), ReadString(), ReadCharacter() and WriteCharacter() behaviour):#PB_Ascii : all read/write string operation will use ascii if not specified otherwise (default for ASCII executable). #PB_UTF8 : all read/write string operation will use UTF-8 if not specified otherwise (default for Unicode executable). #PB_Unicode: all read/write string operation will use Unicode if not specified otherwise.
返回值
Returns nonzero if the file was created successfully and zero if there was an error. If #PB_Any was used as the #File parameter then the new generated number is returned on success.
备注
If the file already exists, it will be overwritten by the new empty file. The FileSize() function can be used to determine whether a file exists so the user can be prompted before overwriting a file.
To open an existing file for reading/writing, use the OpenFile() function. To open a file for reading only, use ReadFile().
示例
If CreateFile(0, "Text.txt") ; we create a new text file... For a=1 To 10 WriteStringN(0, "Line "+Str(a)) ; we write 10 lines (each with 'end of line' character) Next For a=1 To 10 WriteString(0, "String"+Str(a)) ; and now we add 10 more strings on the same line (because there is no 'end of line' character) Next CloseFile(0) ; close the previously opened file and store the written data this way Else MessageRequester("Information","may not create the file!") EndIf
参阅
OpenFile(), ReadFile(), CloseFile()
已支持操作系统
所有


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Description
Specification
Reviews
Descripton goes here
Specifications goes here
Reviews goes here


Music
Outside of research, a lot of my time and energy goes into music. The links above detail some of my projects.
I’ve performed my music at gigs and festivals around Europe, and curated events at venues and galleries around the UK, including Bristol’s Arnolfini Gallery and Southampton’s John Hansard. I’ve also contributed work to soundtracks for theatre and for art installation. Some of the latter, written for Mark Fisher’s On Vanishing Land
project, was released in 2019 through Hyperdub records.


The Standard Cell Library defines a set of logic gates, latches and registers to be used when doing gate-level simulation. These gates are simulated using Jade's built-in logic primitives, rather than as pullup and pulldown networks of FETs. The resulting increase in simulation speed makes it possible to simulate very large digital designs.
Each library element includes information about its timing specifications and size, used by the gate-level simulator to determine the performance and total size of your design. This information is based on a 180nm CMOS process, which is now out of date! Current state-of-the-art processes have sub-20nm features.
| Module | Function | tCD (ns) | tPD (ns) | tR (ns/pf) | tF (ns/pf) | load (pf) | size (μ2) |
|---|---|---|---|---|---|---|---|
| /gates/inverter | \(z = \overline{a}\) | 0.005 | 0.02 | 2.30 | 1.20 | 0.007 | 10 |
| /gates/buffer | \(z = a\) | 0.020 | 0.08 | 2.20 | 1.20 | 0.003 | 13 |
| /gates/buffer_h | 0.020 | 0.07 | 1.10 | 0.60 | 0.005 | 17 | |
| /gates/tristate | \(z = \left\{ \begin{array}{ll} a & e=1\\ \textrm{not driven} & e = 0 \end{array} \right.\) | 0.030 | 0.15 | 2.30 | 1.30 | 0.004 | 23 |
| /gates/and2 | \(z = a \cdot b\) | 0.030 | 0.12 | 4.50 | 2.30 | 0.002 | 13 |
| /gates/and3 | \(z = a \cdot b \cdot c\) | 0.030 | 0.15 | 4.50 | 2.60 | 0.002 | 17 |
| /gates/and4 | \(z = a \cdot b \cdot c \cdot d\) | 0.030 | 0.16 | 4.50 | 2.50 | 0.002 | 20 |
| /gates/nand2 | \(z = \overline{a \cdot b}\) | 0.010 | 0.03 | 4.50 | 2.80 | 0.004 | 10 |
| /gates/nand3 | \(z = \overline{a \cdot b \cdot c}\) | 0.010 | 0.05 | 4.20 | 3.00 | 0.005 | 13 |
| /gates/nand4 | \(z = \overline{a \cdot b \cdot c \cdot d}\) | 0.010 | 0.07 | 4.40 | 3.50 | 0.005 | 17 |
| /gates/or2 | \(z = a + b\) | 0.030 | 0.15 | 4.50 | 2.50 | 0.002 | 13 |
| /gates/or3 | \(z = a + b + c\) | 0.040 | 0.21 | 4.50 | 2.50 | 0.003 | 17 |
| /gates/or4 | \(z = a + b + c + d\) | 0.060 | 0.29 | 4.50 | 2.60 | 0.003 | 20 |
| /gates/nor2 | \(z = \overline{a + b}\) | 0.010 | 0.05 | 6.70 | 2.40 | 0.004 | 10 |
| /gates/nor3 | \(z = \overline{a + b + c}\) | 0.020 | 0.08 | 8.50 | 2.40 | 0.005 | 13 |
| /gates/nor4 | \(z = \overline{a+b+c+d}\) | 0.020 | 0.12 | 9.50 | 2.40 | 0.005 | 20 |
| /gates/xor2 | \(z = a \oplus b\) | 0.030 | 0.14 | 4.50 | 2.50 | 0.006 | 27 |
| /gates/xnor2 | \(z = \overline{a \oplus b}\) | 0.030 | 0.14 | 4.50 | 2.50 | 0.006 | 27 |
| /gates/mux2 | \(z = \left\{ \begin{array}{ll} d_0 & s=0\\ d_1 & s=1 \end{array} \right.\) | 0.020 | 0.12 | 4.50 | 2.50 | 0.005 | 27 |
| /gates/mux4 | \(z = \left\{ \begin{array}{ll} d_0 & s_1s_0=\textrm{0b00}\\ d_1 & s_1s_0=\textrm{0b01}\\ d_2 & s_1s_0=\textrm{0b10}\\ d_3 & s_1s_0=\textrm{0b11} \end{array} \right.\) | 0.040 | 0.19 | 4.50 | 2.50 | 0.006 | 66 |
| /gates/dreg tsetup=.15, thold=0 |
\(d \rightarrow q \textrm{ on } clk\uparrow\) | 0.030 | 0.19 | 4.30 | 2.50 | 0.002 | 56 |
Jade has a built-in memory device that can be used to model memories with a specified width and number of locations, and with one to three independent ports. Each port has 3 control signals and the specified number of address and data wires. You can instantiate a memory device in your circuit by clicking on MEM in the toolbar and dragging it onto the schematic. Then double-click the component to specify the width of the address (naddr, between 1 and 20), the width of the data (ndata, between 1 and 128), the number of ports, and (optionally) the initial contents. All the ports of a memory access the same internal storage, but each port operates independently.
Each port has the following connections:
CLK is the clock input for write ports. When wen=1, data from the data terminals is written into the memory on the rising edge of clk. If this port is only a read port, connect this terminal to ground.
WE is the write enable input for write ports. See the description of CLK for details about the write operation. If this port is only a read port, connect this terminal to ground.
A[naddr-1:0] are the address inputs, listed most significant bit first. The values of these terminals are used to compute the address of the memory location to be read or written. The number of locations in the memory is determined by width of the address: nlocations = 2naddr.
D[ndata-1:0] are the data inputs/tristate outputs, listed most significant bit first.
The contents property can be used to specify the initial contents of a memory (if not specified, the memory is initialized to all X's). The memory is initialized, location-by-location, from the data values given in the list. The least significant bit (bit 0) of a value is used to initialize bit 0 of a memory location, bit 1 of a value is used to initialize bit 1 of a memory location, etc.
The contents property should be a list of numeric values separated by whitespace (spaces, tabs, newlines). You can use "0b" and "0x" notation to specify binary and hex values. The characters "+" and "_" are ignored and can be used to improve readability. The character "?" can be used in binary and hex values to represent "don't care" -- Jade will replace "?" with "0". Comments can be included in the contents using the standard "//" and "/* ... */" comment syntax.
Initialized memories are useful for modeling ROMs (e.g., for control logic) or simply for loading programs into the main memory of a processor. One caveat: if the memory has a write port and sees a rising clock edge with its write enable not equal to 0 and with one or more of the address bits undefined (i.e., with a value of "X"), the entire contents of the memory will also become undefined. So you should make sure that the write enable for a write port is set to 0 by your reset logic before the first clock edge, or else your initialization will be for naught.
The following options are the default values for the electrical and timing parameters for the memory.
tcd=seconds
tpd=seconds
| Number of locations | tPD | Inferred type |
|---|---|---|
| nlocations ≤ 128 | 2ns | Register file |
| 128 < nlocations ≤ 1024 | 4ns | Static ram |
| nlocations > 1024 | 40ns | Dynamic ram |
tr=seconds_per_farad
tf=seconds_per_farad
cin=farads
cout=farads
The size of a memory is determined by the sum of the sizes of the various memory building blocks shown in the following table:
| Component | Size (μ2) | Notes |
|---|---|---|
| Storage cells | nbits * cellsize * 1μ2 |
nbits = nlocs * width cellsize = nports (for ROMs and DRAMs) cellsize = nprots + 5 (for SRAMs) |
| Address buffers | nports * naddr * 20μ2 | nports = total number of memory ports |
| Address decoders | nports * (naddr+3)/4 * 4μ2 | Assuming 4-input ANDs |
| Tristate drivers | nreads * width * 30μ2 | nreads = number of read ports |
| Write-data drivers | nwrites * width * 20μ2 | nwrites = number of write ports |


Cyberpunk 2077 is an open-world, action-adventure story set in Night City, a megalopolis obsessed with power, glamour and body modification. You play as V, a mercenary outlaw going after a one-of-a-kind implant that is the key to immortality. You can customize your character’s cyberware, skillset and playstyle, and explore a vast city where the choices you make shape the story and the world around you.
Enter the massive open world of Night City, a place that sets new standards in terms of visuals, complexity and depth.
Marvel’s Avengers is an epic, third-person, action-adventure game that combines an original, cinematic story with single-player and co-operative gameplay*. Assemble into a team of up to four players online, master extraordinary abilities, customize a growing roster of Heroes, and defend the Earth from escalating threats.


Enter a book of the Bible:
Enter the chapter of the Bible:
Enter the verse or verses:
Select the version of the Bible prefered:


Glossary¶
- DAG
DAGs, in the context of this project, refer to the concept developed by Airflow and utilized in its scheduling solution. For the purposes of this project, individuals DAGs represent individual pipeline jobs.
In Airflow, a DAG – or a Directed Acyclic Graph – is a collection of all the tasks you want to run, organized in a way that reflects their relationships and dependencies.
For example, a simple DAG could consist of three tasks: A, B, and C. It could say that A has to run successfully before B can run, but C can run anytime. It could say that task A times out after 5 minutes, and B can be restarted up to 5 times in case it fails. It might also say that the workflow will run every night at 10pm, but shouldn’t start until a certain date.
DAGs are represented as executable Python code, with specific tasks in a pipeline job being represented by objects within that code.
- Flask
A microframework for Python based on Wekzeug, Jinja 2, and “good intentions.” Flask functions as a Python wrapper for our website’s html code, extending functionality thanks to the tools provided by Python.
- REST
REST, also known as RESTful, is an acronym for REpresentational State Transfer. It is an architectural style for distributed hypermedia systems, or just web applicationsk, and was first presented by Roy Fielding in 2000.
REST is guided by 6 principles for constraining its architectural style: the client-server relationship, the stateless nature of its operation, a REST request’s ability to be cached, providing a uniform interface, having a layered system, and, optionally, its functionality being extendable by downloading and executing code in the form of applets or scripts.


Implemented by Srikanth Seshadri.
Code released under the MIT License. Based on Bootstrap. Using Bootswatch Readable Theme.


--- ---
SEMINAR.....
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Event Title |
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"Time Series Analysis of Neurobiological Signals"
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Speaker |
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Mr N. Hariharan
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Affiliation |
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Department of Mathematics, IISc. |
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Subject Area |
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Mathematics
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Date |
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Septemper 19, 2005
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Time |
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4.00 pm
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Venue |
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Lecture Hall I, Dept of Mathematics
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EDIT PAYMENT REMINDER
Home > Payment reminder > Edit Payment Reminder
ADD PAYMENT REMINDER
Home > Payment reminder > Add Payment Reminder
Home > Payment reminder > Edit Payment Reminder
Home > Payment reminder > Add Payment Reminder


{% extends 'base.html' %} {% block page_header %} {{ group.name }} {% endblock %} {% block home_link %} {% include 'rankings/includes/home_link.html' %} {% endblock %} {% block content %}
| {{ game }} |
There are no active games. You must join this group before you can start a game.
Join Group {% endif %}| Player | Ranking |
|---|---|
| {{ player.user.username }} | {{ player.ranking }} |
There are no players, please add them by editing your group via the link below.
{% endif %}| {{ game }} |


{%extends "layout.html"%} {%block content%}
In charge of international report of accounting information.
In charge of international and local report of accounting information.


Beef Tagliata
Experience the bursting flavors of marjoram and oregano in this healthy, low-carb recipe.
Time to test your cooking skills! Can you wow your crowd? These are just a few of Ramsay's dishes, complete for every season and a couple special holidays. Everything Ramsay makes is by scratch, so be warned that some of these recipes will take time. Despite that, the end result will surely be worth your wait. Enjoy!
If you tried some of these out and are looking for more, feel free to look on the Gordon Ramsay website or Ramsay's Youtube for more inspiration and cuisine.


This Quick Start Walk-Through Guide is intended to walk you through a Data Lake reference architecture and AWS services used within. To demonstrate the flow in your AWS account, we are going to use a sample dataset from a fictional company, EcommCo. EcommCo sells products in multiple categories via its e-commerce website EcommCo.com. Its business users would like to consume key insights via business intelligence reports and dashboards to help answer key questions like, “What are our top selling products by state?” and “What is the customer lifetime value?”
EcommCo’s Data Lake in AWS provides data ingestion, real-time analytics over a continuous stream of data, batch analytics using all data available in a Data Lake, ad-hoc analytics for ease of exploring unknown data and visualization, so analytics can be easily understood by key stakeholders.
The diagram below provides a high-level overview of EcommCo’s Data Lake in AWS. All of the AWS resources illustrated below were deployed to your account when you launched the Quick Start. As we step through this guide, sample data from EcommCo will be ingested into your account. After the demonstration, you can delete the data and begin using the Quick Start architecture with your own data.


Bro remember how long you lasted on prom night? We'll beat it. send us your time and we will beat it. dont care if it's a minute or an hour.  Galvanize Delivers is not responsible for lost orders.


[§435C-1] Purpose. The purpose of this chapter is to provide a contingency plan to be instituted by the insurance commissioner upon the unavailability of medical malpractice insurance in this State. [L 1975, c 161, pt of §1]
Cross References
Medical torts, see chapter 671.


More...
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| | Builder (TPickerField component) |
| |
| virtual TBuilder | MatchFieldWidth (bool matchFieldWidth) |
| | Whether the picker dropdown's width should be explicitly set to match the width of the field. Defaults to true. More...
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| |
| virtual TBuilder | OpenCls (string openCls) |
| | A class to be added to the field's bodyEl element when the picker is opened. Defaults to 'x-pickerfield-open'. More...
|
| |
| virtual TBuilder | PickerAlign (string pickerAlign) |
| | The alignment position with which to align the picker. Defaults to "tl-bl?" More...
|
| |
| virtual TBuilder | PickerOffset (int[] pickerOffset) |
| | An offset [x,y] to use in addition to the pickerAlign when positioning the picker. Defaults to undefined. More...
|
| |
| virtual TBuilder | AutoPostBackEvent (PickerAutoPostBackEvent autoPostBackEvent) |
| |
| virtual TBuilder | TriggerCls (string triggerCls) |
| | An additional CSS class used to style the trigger button. The trigger will always get the class 'x-form-trigger' and triggerCls will be appended if specified. More...
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| |
| virtual TBuilder | TriggerIcon (TriggerIcon triggerIcon) |
| | The icon to use in the trigger. More...
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| virtual TBuilder | HideBaseTrigger (bool hideBaseTrigger) |
| | true to hide base trigger More...
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| virtual TBuilder | Expand () |
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| virtual TBuilder | Collapse () |
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| virtual TBuilder | SetHideBaseTrigger (bool hideTrigger) |
| | Sets the value of hideBaseTrigger. More...
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| |
◆ Builder()
◆ AutoPostBackEvent()
◆ Collapse()
◆ Expand()
◆ HideBaseTrigger()
true to hide base trigger
◆ MatchFieldWidth()
Whether the picker dropdown's width should be explicitly set to match the width of the field. Defaults to true.
◆ OpenCls()
A class to be added to the field's bodyEl element when the picker is opened. Defaults to 'x-pickerfield-open'.
◆ PickerAlign()
The alignment position with which to align the picker. Defaults to "tl-bl?"
◆ PickerOffset()
An offset [x,y] to use in addition to the pickerAlign when positioning the picker. Defaults to undefined.
◆ SetHideBaseTrigger()
Sets the value of hideBaseTrigger.
◆ TriggerCls()
An additional CSS class used to style the trigger button. The trigger will always get the class 'x-form-trigger' and triggerCls will be appended if specified.
◆ TriggerIcon()
The icon to use in the trigger.
The documentation for this class was generated from the following file:


There are multiple people responsible for this Parallelocast thing. Someday they will answer for their crimes.
|
Nate A quote or blurb from Nate. |
Harrison Same thing, quote or blurb. |
|
Adam "There is a light that will always go out." |
Emma "Girls love me 'cause I act like Garfield." - KOOL AD |
|
Alex Bluuuuuuuuurb of your choice, etc. |
Desiree Blurb is your words |


ELECTRONICS
Laptops
Home Appliances
Refrigirator
TV
Lights & Lamps
Sound Systems
AC, Fans, & Coolers
FURNITURE
Sofa & Chairs
Beds
Table
Showcases
Couch
Almirahs
Cupboards
AUTOMOBILES
Cars
Motorbikes
Bicycles
MORE
About us!


Generates a link to. The page to link to may be set directly (through href (regular link) or src (button or image)),
or the -parameters can be used.
Click here
or
or
Click here
type - by default an anchor tag (<a>) is used. Type can also be set to button or image.
src - The source of the image. Only used if type is image.
href - What the link points to. Used if type is not specified (normal link).
onClick
url - Same as href, but used when type is button or image.
border [0]
alt - Default is the tag content (link text)
confirmMsg - A message to display if the user needs to confirm the action he's about to perform
activeClass - A class that will be appended to the regular class attribute if the current url equals the link's url
editObject - Can be used in o2cms to link to a given object whose edit url will open in a new tab
newObjectClass - Can be used in o2cms to link to a given class' new-url, which will open in a new tab
startMenuItem - Can be used in o2cms to link to a url from the start menu. Will open in a new tab. This attribute must match
the "id" attribute of the menu item in either customerStartMenu.conf or startMenu.conf
Attributes from . Used if url or href is not specified.
content - the link text
See also and .


| Notes | |||||
| Count Received |
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| Materials received |
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Tissue Type |
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| USS SM-IDS | Count and entered SM-IDs do not match! Please open and adjust. | ||||
| scrolls SM-IDS | Count and entered SM-IDs do not match! Please open and adjust. | ||||
| H&E SM-IDS | Count and entered SM-IDs do not match! Please open and adjust. | ||||
| Expected Return Date |
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| Return Date |
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| Tracking Number |
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| H&E |
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| Pathology Report |
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Tumor Type |
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| Tissue Site |
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| Tumor Collaborator Sample ID |
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| Block to SHL |
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Block ID to SHL |
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SHL Work Number |
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| Scrolls back from SHL |
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Tumor Percentage as reported by SHL |
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| SK ID |
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| First SM ID |
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| SM ID for H&E |
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| {{col.columnDisplay}} |
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| Date sent to GP |
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| Sequencing Results |
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Name your session
Name it whatever you want!
Did anybody run with you?
Hold Ctrl+click to select multiple runners
Date of Run
Pick your Trail
If your trail isn't listed, create it in the Trails section before creating your Run Session
Number of laps?
Enter Run Session Time:
:
:
Log this run
We're sorry, but you must be logged into an account to log a run
Go to login screen
Go to run session catalog


|
CUDNN Frontend API
8.3.0
|
lexical analysis More...
#include <json.hpp>
Public Types | |
| using | token_type = typename lexer_base< BasicJsonType >::token_type |
| Public Types inherited from nlohmann::detail::lexer_base< BasicJsonType > | |
| enum | token_type { token_type::uninitialized, token_type::literal_true, token_type::literal_false, token_type::literal_null, token_type::value_string, token_type::value_unsigned, token_type::value_integer, token_type::value_float, token_type::begin_array, token_type::begin_object, token_type::end_array, token_type::end_object, token_type::name_separator, token_type::value_separator, token_type::parse_error, token_type::end_of_input, token_type::literal_or_value } |
| token types for the parser More... | |
Public Member Functions | |
| lexer (InputAdapterType &&adapter, bool ignore_comments_=false) noexcept | |
| lexer (const lexer &)=delete | |
| lexer (lexer &&)=default | |
| lexer & | operator= (lexer &)=delete |
| lexer & | operator= (lexer &&)=default |
| ~lexer ()=default | |
| constexpr number_integer_t | get_number_integer () const noexcept |
| return integer value More... | |
| constexpr number_unsigned_t | get_number_unsigned () const noexcept |
| return unsigned integer value More... | |
| constexpr number_float_t | get_number_float () const noexcept |
| return floating-point value More... | |
| string_t & | get_string () |
| return current string value (implicitly resets the token; useful only once) More... | |
| constexpr position_t | get_position () const noexcept |
| return position of last read token More... | |
| std::string | get_token_string () const |
| JSON_HEDLEY_RETURNS_NON_NULL constexpr const char * | get_error_message () const noexcept |
| return syntax error message More... | |
| bool | skip_bom () |
| skip the UTF-8 byte order mark More... | |
| void | skip_whitespace () |
| token_type | scan () |
Private Types | |
| using | number_integer_t = typename BasicJsonType::number_integer_t |
| using | number_unsigned_t = typename BasicJsonType::number_unsigned_t |
| using | number_float_t = typename BasicJsonType::number_float_t |
| using | string_t = typename BasicJsonType::string_t |
| using | char_type = typename InputAdapterType::char_type |
| using | char_int_type = typename std::char_traits< char_type >::int_type |
Private Member Functions | |
| int | get_codepoint () |
get codepoint from 4 hex characters following \u More... | |
| bool | next_byte_in_range (std::initializer_list< char_int_type > ranges) |
| check if the next byte(s) are inside a given range More... | |
| token_type | scan_string () |
| scan a string literal More... | |
| bool | scan_comment () |
| scan a comment More... | |
| token_type | scan_number () |
| scan a number literal More... | |
| token_type | scan_literal (const char_type *literal_text, const std::size_t length, token_type return_type) |
| void | reset () noexcept |
| reset token_buffer; current character is beginning of token More... | |
| char_int_type | get () |
| void | unget () |
| unget current character (read it again on next get) More... | |
| void | add (char_int_type c) |
| add a character to token_buffer More... | |
Static Private Member Functions | |
| static JSON_HEDLEY_PURE char | get_decimal_point () noexcept |
| return the locale-dependent decimal point More... | |
| static void | strtof (float &f, const char *str, char **endptr) noexcept |
| static void | strtof (double &f, const char *str, char **endptr) noexcept |
| static void | strtof (long double &f, const char *str, char **endptr) noexcept |
Private Attributes | |
| InputAdapterType | ia |
| input adapter More... | |
| const bool | ignore_comments = false |
| whether comments should be ignored (true) or signaled as errors (false) More... | |
| char_int_type | current = std::char_traits<char_type>::eof() |
| the current character More... | |
| bool | next_unget = false |
| whether the next get() call should just return current More... | |
| position_t | position {} |
| the start position of the current token More... | |
| std::vector< char_type > | token_string {} |
| raw input token string (for error messages) More... | |
| string_t | token_buffer {} |
| buffer for variable-length tokens (numbers, strings) More... | |
| const char * | error_message = "" |
| a description of occurred lexer errors More... | |
| number_integer_t | value_integer = 0 |
| number_unsigned_t | value_unsigned = 0 |
| number_float_t | value_float = 0 |
| const char_int_type | decimal_point_char = '.' |
| the decimal point More... | |
Additional Inherited Members | |
| Static Public Member Functions inherited from nlohmann::detail::lexer_base< BasicJsonType > | |
| JSON_HEDLEY_RETURNS_NON_NULL static JSON_HEDLEY_CONST const char * | token_type_name (const token_type t) noexcept |
| return name of values of type token_type (only used for errors) More... | |
lexical analysis
This class organizes the lexical analysis during JSON deserialization.
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private |
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private |
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private |
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private |
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private |
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private |
| using nlohmann::detail::lexer< BasicJsonType, InputAdapterType >::token_type = typename lexer_base<BasicJsonType>::token_type |
|
inlineexplicitnoexcept |
Definition at line 6538 of file json.hpp.
References JSON_HEDLEY_PURE.
|
delete |
|
default |
|
default |
|
inlineprivate |
|
inlineprivate |
Definition at line 7752 of file json.hpp.
References JSON_HEDLEY_LIKELY.
|
inlineprivate |
get codepoint from 4 hex characters following \u
For input "\u c1 c2 c3 c4" the codepoint is: (c1 * 0x1000) + (c2 * 0x0100) + (c3 * 0x0010) + c4 = (c1 << 12) + (c2 << 8) + (c3 << 4) + (c4 << 0)
Furthermore, the possible characters '0'..'9', 'A'..'F', and 'a'..'f' must be converted to the integers 0x0..0x9, 0xA..0xF, 0xA..0xF, resp. The conversion is done by subtracting the offset (0x30, 0x37, and 0x57) between the ASCII value of the character and the desired integer value.
Definition at line 6584 of file json.hpp.
References JSON_ASSERT.
|
inlinestaticprivatenoexcept |
return the locale-dependent decimal point
Definition at line 6558 of file json.hpp.
References JSON_ASSERT.
|
inlinenoexcept |
|
inlinenoexcept |
|
inlinenoexcept |
|
inlinenoexcept |
|
inlinenoexcept |
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inline |
|
inline |
return the last read token (for errors only). Will never contain EOF (an arbitrary value that is not a valid char value, often -1), because 255 may legitimately occur. May contain NUL, which should be escaped.
Definition at line 7863 of file json.hpp.
References JSON_HEDLEY_RETURNS_NON_NULL, and nlohmann::detail::string.
|
inlineprivate |
check if the next byte(s) are inside a given range
Adds the current byte and, for each passed range, reads a new byte and checks if it is inside the range. If a violation was detected, set up an error message and return false. Otherwise, return true.
| [in] | ranges | list of integers; interpreted as list of pairs of inclusive lower and upper bound, respectively |
Definition at line 6632 of file json.hpp.
References JSON_ASSERT, and JSON_HEDLEY_LIKELY.
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delete |
|
default |
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inlineprivatenoexcept |
|
inline |
Definition at line 7924 of file json.hpp.
Referenced by nlohmann::detail::binary_reader< BasicJsonType, InputAdapterType, SAX >::get_ubjson_high_precision_number().
|
inlineprivate |
scan a comment
Definition at line 7259 of file json.hpp.
References JSON_HEDLEY_NON_NULL.
|
inlineprivate |
| [in] | literal_text | the literal text to expect |
| [in] | length | the length of the passed literal text |
| [in] | return_type | the token type to return on success |
Definition at line 7715 of file json.hpp.
References JSON_ASSERT, and JSON_HEDLEY_UNLIKELY.
|
inlineprivate |
scan a number literal
This function scans a string according to Sect. 6 of RFC 8259.
The function is realized with a deterministic finite state machine derived from the grammar described in RFC 8259. Starting in state "init", the input is read and used to determined the next state. Only state "done" accepts the number. State "error" is a trap state to model errors. In the table below, "anything" means any character but the ones listed before.
| state | 0 | 1-9 | e E | + | - | . | anything |
|---|---|---|---|---|---|---|---|
| init | zero | any1 | [error] | [error] | minus | [error] | [error] |
| minus | zero | any1 | [error] | [error] | [error] | [error] | [error] |
| zero | done | done | exponent | done | done | decimal1 | done |
| any1 | any1 | any1 | exponent | done | done | decimal1 | done |
| decimal1 | decimal2 | decimal2 | [error] | [error] | [error] | [error] | [error] |
| decimal2 | decimal2 | decimal2 | exponent | done | done | done | done |
| exponent | any2 | any2 | [error] | sign | sign | [error] | [error] |
| sign | any2 | any2 | [error] | [error] | [error] | [error] | [error] |
| any2 | any2 | any2 | done | done | done | done | done |
The state machine is realized with one label per state (prefixed with "scan_number_") and goto
statements between them. The state machine contains cycles, but any cycle can be left when EOF is read. Therefore, the function is guaranteed to terminate.
During scanning, the read bytes are stored in token_buffer. This string is then converted to a signed integer, an unsigned integer, or a floating-point number.
.
to work with the locale-dependent converters. Definition at line 7384 of file json.hpp.
References JSON_ASSERT, and JSON_HEDLEY_NON_NULL.
|
inlineprivate |
scan a string literal
This function scans a string according to Sect. 7 of RFC 8259. While scanning, bytes are escaped and copied into buffer token_buffer. Then the function returns successfully, token_buffer is not null-terminated (as it may contain \0 bytes), and token_buffer.size() is the number of bytes in the string.
Definition at line 6669 of file json.hpp.
References JSON_ASSERT, JSON_HEDLEY_LIKELY, and JSON_HEDLEY_UNLIKELY.
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inline |
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inline |
|
inlinestaticprivatenoexcept |
Definition at line 7327 of file json.hpp.
References JSON_HEDLEY_NON_NULL.
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inlinestaticprivatenoexcept |
Definition at line 7333 of file json.hpp.
References JSON_HEDLEY_NON_NULL.
|
inlinestaticprivatenoexcept |
|
inlineprivate |
unget current character (read it again on next get)
We implement unget by setting variable next_unget to true. The input is not changed - we just simulate ungetting by modifying chars_read_total, chars_read_current_line, and token_string. The next call to get() will behave as if the unget character is read again.
Definition at line 7789 of file json.hpp.
References JSON_ASSERT, and JSON_HEDLEY_LIKELY.
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LI woman charged with harassing child with genetic disorder
by APMELVILLE, Long Island -- New York state police say a Long Island woman used social media and the U.S. mail to harass a child with a genetic disorder that causes the skin to harden and crack.
Police arrested Krista Sewell on Thursday on charges including aggravated harassment as a hate crime, a felony.
Anna Riley lives in Ulster County in the Hudson Valley and suffers from harlequin ichthyosis.
The skin of children born with the disorder forms large plates separated by cracks.
The skin abnormalities affect breathing and movement.
Police say Sewell posted messages threatening the child on Facebook, Instagram and GoFundMe over the last year.
They say the 26-year-old Melville resident also mailed threatening letters to the child's home.
It's not clear if Sewell has an attorney who can speak for her.
Anna's mother, Jennie Riley released a statement on Saturday, saying,
"In 2017 my daughter Anna was born with a skin condition called Harlequin Ichthyosis. This condition is very severe and I have made a choice to educate people publicly on Facebook and Instagram. Although I knew there was a possibility for negativity I never expected to receive the messages that were sent to me. over the past year I have fought a battle I never thought I would fight and I felt fear no mother should feel. I want to thank the New York State police and the ulster county sheriff's Department for their diligence, dedication and most of all their compassion. I hope we can all learn from this and understand the importance of teaching our kids kindness and acceptance of visible differences."


${name}
${role}
- ID: ${id}
- Email: ${email}
- OfficeNumber: ${phone}
${name}
${role}
- ID: ${id}
- Email: ${email}
- GitHub: ${github}
${name}
${role}
- ID: ${id}
- Email: ${email}
- GitHub: ${github}
${name}
${role}
- ID: ${id}
- Email: ${email}
- GitHub: ${github}
${name}
${role}
- ID: ${id}
- Email: ${email}
- School: ${school}


A piece of material made with silicon that consists of transistors enabling computations to be performed when provided with an electric current and inputs (as of 2019).
Most chips use the Von Neumann architecture, so this is the high level mental model we will use.
Used in some custom chips, can you see the benefits of this? The downsides? We will come back to this.
Gordon Moore, CEO of Intel: "The complexity for minimum component costs has increased at a rate of roughly a factor of two per year."
Heavy debates about it being a self-fulfilling prophecy.
Complex instruction set computer
What trade-offs are we making here?
A tale of new possibilities and evolving constraints
We can cover these in depth another time...
Admittedly a lot to cover! So brief explanations of how they work and analyses of the tradeoffs they make.
Pipelining is a great way to improve clock speeds, why?
All the other techniques essentially exist to help mitigate the effects of pipelining, although it is still an important part of CPU architectures today.
Have on-chip memory for storing data which instructions can refer to.
Modern CPUs can actually use register renaming to have virtual registers.
Reduced instruction set computer
The goal is to instructions simpler, and therefore easier to decode.
The goal is predict which branch the code will take, reducing the changes of a pipeline "flush".
Program Counter (PC) indexes a table of data containing historical information about the execution.
Can't be complex!
Problem: We are limited by the speed of light.
Clock cycles have gone up, memory access latency hasn't changed much.
DRAM Access is 240 cycles!
L1 caches are often separated into separate 'instruction' and 'data' caches. What does this remind you of?
Why not have multiple CPUs on the same chip?
The design of hardware has a *massive* effect on the software that runs on it!
Increased design complexity has massively increased the importance, prevalence and necessity of software abstractions.
Yet, almost paradoxically, complex designs means that subtle changes can have massive effects on functionality and performance!
However, powerful hardware can mitigate the performance impact of application in isolation.
Yet, we are asking our computers to multi-task more-and-more every day! The sum-total can still be quite bad!
Although shallow and brief, hope this gives you an idea about how CPUs can be designed and optimised.
Thank you to Dr. Robert Mullins for his great course on a lot of this material which has still managed to stick in my brain.


|
xml:Proof <a schema for the rest of us/> |
v.02.06.10 Beta Thomas Sawyer (c)2002 |
A standard extensible and potable data language is extremely important to the IT community, thus the importance of XML technology, and its oft mention, as it has become that defacto standard in this regard. Yet it is widely held that XML is a bulky, less than optimal, implementation of such a standard. Fortunately there are ways in which the community itself can go about improving XML. xml:Proof is, in part, such an improvement.
XML, in and of itself, is simply a general data/metadata format --a way to organize data such that both the content and description of that content are bound together. But in itself it does not dictate the validity of that data. To patch this "hole" in XML, DTD or the Document Type Definition was made part of the XML specification. DTD has advantages. It is actually broader in applicability as it's syntax is not XML, but a superset, SGML. Yet this is also its disadvantage. The optimal solution would use XML itself as the base syntax, so that the same tools can be utilized for both the data/metadata markup and the validity markup. This is where schemas come into play. Schemas are XML document validity definitions, just as DTDs are, but they keep to the boundries of XML itself, i.e. schemas are marked-up with XML.
There are a number of schemas already available for XML, like TREX, RELAX, RELAX-NG, and Schematron. Offically the W3C has offered up their own XML-Schema. Should you place examples of all of these schemas side-by-side, along with an example of xml:Proof, xml:Proof will immediately distinguish itself from the rest. This is due to the fact that xml:Proof, unlike the others, actually utilizes the very tag names it intends to formalize, rather then invent a whole new set of its own. In fact xml:Proof has only two specially defined elements, the root tag and the arbit tag. As you can imagine this makes xml:Proof mark-up rather trivial to read and write. Additionly xml:Proof manages to do with so few speciality tags and attributes because it utilizes existing standard technologies to do much of its dirty work, that is Regular Expressions. Regular Expressions are well battle tested in the field, and there is little good reason to reinvent the wheel. Regular Expressions are a schema, using a broader sense of the word, in their own right, applicable to strings of text. As there are plenty of strings of text in XML documents, it isn't too hard to see how this might be useful. xml:Proof intends useage of Regular Expression insofar as is applicable in the context of XML. Utilizing this well known pre-existing technology, among its other features, XMProof is able to offer a unique and powerful schema to the XML community.
 Why file systems do not include a place for this description as they do for
the file name and last modified date is beyond me. I tend to blame MS-DOS. Oh well.
The extension for xml:Proof proofsheets, as they are called, is .xps
.
xml:Proof is fully namespace aware, both in functionality and in application to an XML Document.
This requires further explination. Namespace prefixes serve as mere proxies to actual namespaces.
So while any arbitrary prefix can be used, a namespace itself, i.e. the uri, must be unique and persistent.
The namespace uri for xml:Proof is http://www.transami.net/namespace/xmlproof
.
This namespace must be used on all of xml:Proof's special tags in order for any xml:Proof processor to function.
Further, when creating xml:Proof proofsheets, the namespaces of the elements and attributes being described must also be
taken into consideration with regards to the target XML document's. The elements and attributes of the XML document,
in other words, must partake of the same namespaces as their counterparts within the proofsheet.
This will become clearer as you read the rest of this document.
There are only two special tags in xml:Proof.
The first is the <proofsheet>
tag. It is the root element of any xml:Proof schema document,
i.e. the proofsheet. The special root tag can take the alternate form of <schema>
.
Both serve the same purpose.
The second special tag is the <arbit>
tag. This tag is used to indicate an arbitrary
location in the XML document. It has a single valid attribute, xpath
, which specifies the
the matching XML document nodes to which its die corresponds (see below).
Both of these special element tags and the special attrribute should always be prefixed with
reference to the xml:Proof namespace. While any arbitrary, but valid, prefix will do,
it is recommended that you use xp:
for consistancy and clearity.
Witch exception to the special tags, all other tag and attribute names of an xml:Proof proofsheet are the same as those of the target XML documents it intends to model. The hiearchy of those elements are also the same. Thus the proofsheet is nearly as readable as any applicable target document. The text, or content, of elements and attributes is, in xml:Proof nomeclature, called a die. It may also be refered to as a cast and the act of writing or applying them, casting. A die consists of the following optional markers seperated by spaces:
=name=
The name
is an identitier which names the die
such that it can be reused later in the proofsheet. This
provides a convenient means of die reuse. An element or attribute having
only this marker and no other will gain its die characteristics from any other die
identically named which has other markers within its die.
/regular expression/
The regular expression
marker is dictates that the content
of an element or attribute must match against it to be considered valid.
The regular expression of a die effectively defaults to .*
if excluded.
:datatype:
The datatype
name is actually arbitrary, and can be anything desired.
xml:Proof itself dosen't care, but the utilization of an xml:Proof processor will!
Any given xml:Proof processor will generally "understand" the majority of common datatypes
and thus is able to typecast XML content into its underlying language of implementation.
Such is the main intent of datatype names in addition to validating content in simular fashion
to regular expressions. A good xml:Proof processor should also provide a means to add and alter
its internally recogzined datatypes. Any datatype it does not recognize will be treated as
CDATA
, otherwise known as string
or text
.
@order@
The value of order may be tag
, content-a..z
, content-z..a>, or none
.
If tag
then all child elements of the casted element must appear in sequence as given within the proofsheet.
if content-a..z
or content-z..a
, then the content of all child elements of the casted element
must appear in alpahnumrical order, descending or ascending, respectively. The value none
specifies that
no specific sort order is required and is the default if the marker is not given within the die.
Keep in mind this marker does not specify that each of the children elements must occur or that
one and only one of said children may appear. Rather, it only specifies that, should they appear,
they do so in the given order. An element thus cast must have child elements.
This marker is not applicable to attributes and will be ignored if used thus.
+closure+
The value of closure can be inclusive
, exclusive
, or none
.
Inclusivity means that all child elements of the cast element must appear as given in the proofsheet,
but other elements may appear as thier siblings. Exclusivity means that all child elements of the cast element
must appear as given in the proofsheet and that no other elements may appear as thier siblings.
If this marker is not present within the die, the default value of none
is assumed, which
relinquishes any neccessary closure on an elements child elemets. An element thus cast as
inclusive
or exclusive
must have children elements.
This marker is not applicable to attributes and will be ignored if used thus.
#range#
Specifies a range
of how many of a given element or attribute may appear.
For elements, a valid range
can be m..n
or m...n
,
inclusive and exclusive of n
, respectively,
where m
and n
are unsigned integers
and m
< n
. This notation was borrowed from the Ruby programming language.
There is also the special case m..*
(same as m...*
) which of course means unbound.
0..*
is the default, meaning none or any number of the element may appear within the document.
For attributes, only 0..1
and 1..1
are valid, as an attribute may appear no more
than once in any given element, with 0..1 being the default.
?option1,option2,...?
Where optionN
is set to an arbitrary group name.
This option name defines an option group to which the the element belongs.
This specifies that one and only one of the elements sharing the same option group name
may appear within the target document. This can provide interesting relationships in that
elements and/or attributes having the same group names do not need to belong to the same parent!
But be warned: this can create a contridiction should an ancestor and one of its
children partake of the same group. Do not do this as it will render your documents
invalid by definition.
!collection!
Where collection
is set to an arbitrary collection name.
This collection name defines a collective group to which the element belongs,
and specifies that all of suich elements and/or attrributes must appear together
within the document. Any given attribute or element can only belong to a single collection.
*track*
This is a special marker which does not dictate structure or content. It has a special purpose for XML datastores, like that implemented in DBXML. It specifies that this element should be specifically indexed. Tracking of particular XML elements in a datastore allows for fast search and retirieval, and more importantly fast aggregate functions to be applied to their values.
Here's an example of a die:
<Nword> =nword= #1..2# /^N/ :varchar: </Nword>
This die defines an xml tag named "Nword" to be any varchar beginning with the letter N and ooccuring only once or twice.
We have mentioned above xml:Proof's use of namespaces. In fact they are so fundemental, xml:Proof offers a variant notation for namespace declarations differing from the one recommened by the W3C. The W3C's recommendation is rather nebulous and clumsy, and further, clutters and obscures the information of relevance in an XML document. Therefore namespace declarations can be defined by document level processing instructions instead of within general element tags. Because XML processing instructions can be freely defined we have not violated any of the W3C standard by doing this, yet we have made our lives much improved!* This notation actually peacefully coexists with the standrard notation because it in effect does nothing more then insert a document level ATTRLIST for the namespaces defined.
Here is the top of an XML document using this alternate notation:
<?xml version="1.0" encoding="ISO-8859-1"?> <?xml:ns prefix="example" uri="http://www.transami.net/namespace/testing"?>This is effectively translated by the XML Processor into:
<?xml version="1.0" encoding="ISO-8859-1"?> <!DocType docname [ <!ATTLIST docname xmlns:example 'http://www.transami.net/namespace/testing' CDATA> ]>Thus the processing instruction
xml:ns
defines a namespace. The prefix
and uri
attributes can also be labeled name
and space
, respectively. Subsequently any tag
or attribute prefixed with the prefix
or name
value will
thus be associated to this declared namespace.
Obviously, to date, XML Processors generally do not support this processing instruction, but it is hoped that this alternate notation will catch on in the XML community and will be generally adopted as a new standard. In the mean time all xml:Proof processors should provide a means to convert between the two different notations.
Schema declarations are similar to namespace declarations. They are declared via processing instructions as well. For example:
uri
attribute, or its synonym space, define the kind of schema that is being utilized.
This is the specific namespace uri as defined by the schema's designers. In the case of xml:Proof, it
is "http://www.transami.net/namespace/xmlproof". It would be another string for, say, RELAX-NG or Schematron.
The url
attribute, or its synonym source is a path name to
the .xps file. In this example case, it is a local file in the same location as the XML document itself.
This is neccessary since proofsheets can not be embedded in the document like DTDs can.
Interestingly, more than one schema can be declared. In so doing, schema declarations appearing higher
in the document have precedence over the later. This allows for a means of cast overiding. In our example,
for any given tag within the document, a matching die will first be searched for in example1.xps.
Only if it is not found there will example2.xps
be searched. This can be quite useful in using borrowed
schemas. You can add new entries or overide existing entries without actually changing the original's.
*Note: In fact one rule has been violated: the reserved use of an instruction name matching /^xml/i. well, :-p
First let us look at a "traditional", "simple" XML-Schema example:
Now here's the near equivalent in xml:Proof, with a little extra added to show-off:
Notice the difference in the way namespaces are used. XML-Schema has its own namespace for every tag, seperate from the XML document's, which makes sense, since it uses its own set of tag names. Furthermore the document itself is forced to use an "instance" of the schema as the namespace of its elements and attributes. Thus the document is "confined" to the schema. xml:Proof on the other hand uses the same tag and attribute names as the document itself and thus the same freely defined namespace. Using the same namespace gives the two sets of data a greater association, without the limitations imposed by XML-Schema, and, last but certainly not least, is far easier to comprehend.
So all this is well and fine, but how does xml:Proof actually work? Well, that is farily simple really.
xml:Proof simply matches XPaths between the proofsheet and the document sharing the same namespace,
such that a particular die is applied to any corresponding document element or attribute. From the example given above,
you'll notice that the item
element appears twice within the XML document. These two elements
match to the single proofsheet element of the same name. For instance the absolute XPath,
example:shiporder/item/quantity
, containing 1
in the document, matches the same
absolute XPath, example:shiporder/item/quantity
, containing =use_again= :unsigned:
in the proofsheet.
This points out an important restriction to proofsheets: any possible absolute XPath within a proofsheet should only
be accounted for once.*
Arbitrary dies, cast via the <arbit>
tag, overlap in applicability with the general absolute dies.
Thus if an element or attribute in a target XML document matches against an absolute XPath in the proofsheet and also
matches against an arbitrary XPath, it must conform to both dies. Further arbitrary dies themselves may overlap in
applicability.
*Note: If this is not adhered to it is not likely to cause a problem. The first occurance of a die will be matched and that will be that.
The XMLProof/Ruby API is a Ruby library for using xml:Proof. You can find documentation for its use here: xml:Proof/Ruby API Documentation.
xml:Proof, like all other schemas, is not a cure all for schema definition. It has its strengths and weaknesses. But no other schema, of which we are aware, matches its capabilites or ease of use. In the end, we believe, and we hope others will agree, xml:Proof is by far and away a better way to schema XML. It solves the majority of the requirements of a schematic meta-language while minimizing the complexity assocciated with them. Best of all it won't give you headaches.
<p:a> <b/> </p:a>
<b>
inherits the prefix p
from <p:a>
.
Further, the root tag of a document, without a given prefix, would inherit the prefix of the first appearing namespace. Thus, with this new notation, there is no such beast called the default namespace. All tags and attributes, in the same fashion, either have a prefix or inherit one. The only exception is when no namespaces are declared. In this case all tags and attributes, "erroneously" prefixed or not belong to the null-namespace, or empty-namespace. Effectively this means no namespace. The null-namespace can be referenced by a prefix by setting the namespace uri to an empty string.
Dosen't this just make more sense? This seems so appealing to me that I almost made this a requirement of xml:Proof!. Oh well, the W3C keeps us working hard.


Part 5 - Sign Commands
Join Course
A sign used to join a Parkour course. These should be stored in your Parkour Lobby so they can be easy to find and interact with. Validation will execute when the sign is clicked to make sure the player is allowed to join first before they are teleported away.
Syntax
Example
Additional information
If the course has a minimum level requirement to join, the level number will be displayed underneath.
Finish Course
A Finish sign is used as an alternative to a Finish Block. Validation will execute when the sign is clicked to make sure the player is allowed to finish the course before they are teleported away.
Syntax
Example
Parkour Lobby
A Parkour lobby is an area of Parkour Join signs, which you are teleported to when you leave or finish a course. There can be multiple lobbies that are identified by a unique name, these can have a minimum level requirement validation on before they can be teleported to.
Syntax
Example
Additional information
If no lobby name is specified the default lobby will be used.
If the lobby has a minimum level requirement to join, the level number will be displayed underneath.
Leave Course
Create a sign for players to easy leave the course.
Syntax
Effects Signs
THESE TUTORIALS ARE OUTDATED. Will update soon.
You can apply several affects to the player on the course. These are activated by right clicking the signs whilst on a course.
The effects include:
-
Heal
- Right click to fill the players health to full
-
Jump
- Requires a number on the bottom line to apply the strength of the jump potion
-
Speed
- Applies a speed potion
-
Pain
- Applies damage resistance potion
-
Fire
- Applies a fire resistance potion
-
Gamemode
- Requires a gamemode on the bottom line to apply the gamemode specified
Syntax
Example
Course Stats
Display the course information in the player's chat when they right click the sign.
Syntax
Example
Additional information
Each course will display the relevant statistics based on how they are set up. Each course would have a dynamic list of information based on how they are setup. For example if the course has a custom lobby set, that would display also.
Course Leaderboards
Display the leaderboards of the course, the amount of results can be placed at the bottom of the sign.
Syntax
Example
Checkpoint
You can have a manual checkpoint sign, instead of walking on a pressure-plate. The number must equal the next checkpoint you need to achieve to apply the checkpoint.
These work the same way as previous "SetPoint" signs, they simply load the checkpoint, and do not create one. The checkpoint must be created via /pa checkpoint and then the pressure plate can be replaced by the checkpoint sign to activate the loading of the checkpoint.


Looking it up on the IMDB, I think the only Sam Raimi movies I've seen are "Darkman", "Army of Darkness", and the Sharon Stone western, "The Quick and the Dead." Except for "Army", I've missed the Evil Dead movies that first put him on the map. The strongest impression of Raimi, though, comes more from "Hercules" and "Xena", if only because Ted Raimi and Bruce Campbell are regulars. Much clever goofiness in these shows.
I finally got around to seeing Raimi's "A Simple Plan" this weekend, and you can't easily travel further in tone from "Xena" or "Army of Darkness." Here we have a moral fable, where reasonable decisions made by decent folk lead down a path where decency is thrown out for the sake of fear and greed, and where small, innocent choices spiral out of control. While good luck may be the reside of good design, the film plays out a converse, with a simple plan contorting into disaster in the face of accident and unforeseen consequences.
The basic plot is the story of a trio of friends who stumble on a lot of money. They decide to keep the windfall from themselves, even though the circumstances look suspicious. They have to hide it, for a while at least, or questions will be asked. We've seen this before, but Raimi and his actors handle these familiar parts very well.
A recent, similar film is the British "Shallow Grave", where three flatmates fall into a bundle of cash when their new boarder dies. Not a bad film, it is more a cautionary tale about the effective disposal of unwanted corpses and why people may want hacksaws in the big city: it's a body dumping black comedy. While there's the familiar flavor of desperate greed and paranoia in the film, the main difference is that the people from "Shallow Grave" are all heartless urban assholes (clearly shown in the first 5 minutes) whose ultimate fates you don't particularly care about, while "A Simple Plan" features rural workers scraping by meagerly, carrying believeable hopes and memories. Skin-deep yuppies living in the present, whose windfall only increases the degree of skin-deep yuppism, or ordinary folk with histories and futures, for whom the cash is a desperately transforming experience: which makes for the more better story?
I don't want to talk too much about the plot, mainly because there's a certain pleasure in seeing it unfold, seeing how the innocuous choices lead to treacherous ground, which leads to even worse choices. Instead, I'll reassure you that the early animal metaphors, which seem overly heavy and obvious, really do figure in the plot later. They don't exist in a vacuum, even if the whole fox in the henhouse thing really is a laying it on a bit thick. It's a fine film.
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


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A Horseman in the Sky
Ambrose Bierce
One sunny afternoon in the autumn of the year 1861, a soldier lay in a clump of laurel by the side of a road in Western Virginia. He lay at full length, upon his stomach, his feet resting upon the toes, his head upon the left forearm. His extended right hand loosely grasped his rifle. But for the somewhat methodical disposition of his limbs and a slight rhythmic movement of the cartridge-box at the back of his belt, he might have been thought to be dead. He was asleep at his post of duty. But if detected he would be dead shortly afterward, that being the just and legal penalty of his crime.
The clump of laurel in which the criminal lay was in the angle of a road which, after ascending, southward, a steep acclivity to that point, turned sharply to the west, running along the summit for perhaps one hundred yards. There it turned southward again and went zigzagging downward through the forest. At the salient of that second angle was a large flat rock, jutting out from the ridge to the northward, overlooking the deep valley from which the road ascended. The rock capped a high cliff; a stone dropped from its outer edge would have fallen sheer downward one thousand feet to the tops of the pines. The angle where the soldier lay was on another spur of the same cliff. Had he been awake he would have commanded a view, not only of the short arm of the road and the jutting rock but of the entire profile of the cliff below it. It might well have made him giddy to look.
The country was wooded everywhere except at the bottom of the valley to the northward, where there was a small natural meadow, through which flowed a stream scarcely visible from the valley's rim. This open ground looked hardly larger than an ordinary door-yard, but was really several acres in extent. Its green was more vivid than that of the enclosing forest. Away beyond it rose a line of giant cliffs similar to those upon which we are supposed to stand in our survey of the savage scene, and through which the road had somehow made its climb to the summit. The configuration of the valley, indeed, was such that from out point of observation it seemed entirely shut in, and one could not but have wondered how the road which found a way out of it had found a way into it, and whence came and whither went the waters of the stream that parted the meadow two thousand feet below.
Father, a Union regiment has arrived at Grafton. I am going to join it.
The sleeping sentinel in the clump of laurel was a young Virginian named Carter Druse. He was the son of wealthy parents, an only child, and had known such ease and cultivation and high living as wealth and taste were able to command in the mountain country of Western Virginia. His home was but a few miles from where he now lay. One morning he had risen from the breakfast table and said, quietly and gravely: Father, a Union regiment has arrived at Grafton. I am going to join it.
The father lifted his leonine head, looked at the son a moment in silence, and replied: Go, Carter, and, whatever may occur, do what you conceive to be your duty.  Should we both live to the end of the war, we will speak further of the matter. Your mother, as the physician has informed you, is in a most critical condition; at the best she cannot be with us longer than a few weeks, but that time is precious. It would be better not to disturb her.
…
Customization
@import url('https://fonts.googleapis.com/css?family=PT+Sans+Narrow:700|PT+Sans:400,700|PT+Serif:400,400i,700,700i&display=swap');
--ts-color-heading: midnightblue;
--ts-color-background: honeydew;
--ts-font-family-serif: 'PT Serif', serif;
--ts-font-family-sans: 'PT Sans Narrow', sans-serif;
--ts-font-family-sans-alt: 'PT Sans', sans-serif;
--ts-font-weight-regular: 400;
--ts-font-weight-bold: 700;


The purpose of the Groundwater theme is to provide input data to the Recharge and Discharge Estimation Tools. 10 national scale datasets are provided, including vegetation, soil and rainfall. The Groundwater theme allows you to preview and interrogate all available layers.
The output of this interrogation can be downloaded and entered into the associated Excel tools to generate groundwater recharge and/or discharge point estimations.


Mission & Vision
magô analytics is a catalyst for connection and change.
We work with social impact organizations to identify pathways for growth and data driven insights,
and we partner with forward-thinking local SMEs who want to strengthen their investment strategies and drive impact.


Cumulus is for those users who need gratuitous amounts of storage.
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FEATURED PRODUCTS
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--- layout: post title: "My Week in Review" date: 2016-10-30 05:05:00 +0000 tags: image: https://s3.amazonaws.com/audreywatters/2016-10-30-pelican.jpg imagecredits: https://www.flickr.com/photos/volvob12b/9544754856 ---
Icon credits: The Noun Project


Public Member Functions | |
| startup (Controller $controller) | |
| data_file () | |
| scores_file () | |
| intervention_dose_file () | |
| log_file () | |
| codings_file ($type) | |
| sort_by_mtime ($file1, $file2) | |
| options_file () | |
| questions_file () | |
| _header_row ($questions, $numSessionsPerPatientRow) | |
| _scores_header_row ($subscales, $items) | |
| _patient_data_row_all_multisession ($patient, $questions) | |
| _patient_data_row_per_session ($patient, $questions) | |
| _patient_scores_row ($subscales, $items, $patient) | |
| _patient_fields_header () | |
| _patient_fields ($patient) | |
| _patient_sessions_answers ($patient, $questions) | |
| _patient_sessions_scores ($subscales, $items, $patient) | |
| _patient_survey_sessions (&$patient) | |
| getFirstAnswerTsForSession ($session, $order= 'ASC') | |
| _patient_session_answers (&$questions, &$session, $sessionLabel) | |
| _patient_session_scores (&$subscales, $items, &$session, $sessionLabel) | |
| _get_options ($questions) | |
| _get_patients () | |
| _get_patients_for_coding ($patient_filter, $contain=null) | |
| _get_questions () | |
| formatReportArray ($shown) | |
Public Attributes | |
| const | SELECTED_CHECK = 1 |
| const | UNSELECTED_CHECK = 0 |
| const | SKIPPED = -9 |
| const | NO_SESSION = -99 |
| const | NO_ANSWERS_IN_SESSION = -999 |
| const | NUM_NONT_SESSIONS_TO_REPORT = 10 |
| const | NONT_LABEL_PREFIX = 'nonT_' |
| $options = array() | |
| $reportTable = array() | |
| $patient_fields = array() | |
| $labelInstanceID |
| DataExportComponent::startup | ( | Controller $ | controller | ) |
Called after controller beforeFilter and before action handler
| DataExportComponent::data_file | ( | ) |
data_file: create a new csv file with the data export and return the path to access it
| DataExportComponent::scores_file | ( | ) |
scores_file: create a new csv file with the scores export and return the path to access it
| DataExportComponent::intervention_dose_file | ( | ) |
create a new csv file for reporting intervention dose
| DataExportComponent::log_file | ( | ) |
reports a timestamp for each visit for each visit to [controller]/index columns: Patient ID, timestamp
| DataExportComponent::codings_file | ( | $ | type | ) |
create a new csv file with the audio or chart codings export and return the path to access it
| $type | either 'AudioFile' or 'Chart' |
| DataExportComponent::_header_row | ( | $ | questions, | |
| $ | numSessionsPerPatientRow | |||
| ) |
$this->log( "sessionLabels: " . sizeof($sessionLabels) . "; num_headers_per_session " . $this->num_headers_per_session . "; demographics_size: " . $demographics_size, LOG_DEBUG);
| DataExportComponent::_scores_header_row | ( | $ | subscales, | |
| $ | items | |||
| ) |
$this->log( "type_array: " . sizeof($type_array) . "; num_headers_per_session " . $this->num_headers_per_session . "; demographics_size: " . $demographics_size, LOG_DEBUG);
| DataExportComponent::_patient_scores_row | ( | $ | subscales, | |
| $ | items, | |||
| $ | patient | |||
| ) |
TODO delete this junk
| DataExportComponent::_patient_sessions_answers | ( | $ | patient, | |
| $ | questions | |||
| ) |
for a patient and set of questions, return array of answers
| DataExportComponent::_patient_sessions_scores | ( | $ | subscales, | |
| $ | items, | |||
| $ | patient | |||
| ) |
TODO delete this junk
| $patient | array with SurveySessions | |
| $type_array | array of T types to include, eg ('T1') || ('T1', 'T2', 'T3', 'T4'); can be empty array | |
| $includeNonTs | bool return array of scores for T-time sessions, ordered by session first: T's per $type_array order, then nonT's if $includeNonTs (these ordered by session ID) |
| DataExportComponent::_patient_survey_sessions | ( | &$ | patient | ) |
| $patient | array with SurveySessions |
| DataExportComponent::getFirstAnswerTsForSession | ( | $ | session, | |
| $ | order = 'ASC' | |||
| ) |
find earliest or latest answer for this session
| DataExportComponent::_patient_session_answers | ( | &$ | questions, | |
| &$ | session, | |||
| $ | sessionLabel | |||
| ) |
if ($this->options['row_per_session']){ $answers[] = $session['type']; }
| DataExportComponent::_patient_session_scores | ( | &$ | subscales, | |
| $ | items, | |||
| &$ | session, | |||
| $ | sessionLabel | |||
| ) |
# given subscales, items, patient, and one session, return an array of modified time and scores
if ($this->options['row_per_session']){ $scores[] = $session['type']; }


{% extends "admin/base_site.html" %} {% block content %}
Select new delivery_status:
The changes will be applied to:


|
cds
1.2.0
|
The main library namespace. More...
Namespaces | |
| namespace | atomicity |
| Atomic primitives. | |
| namespace | backoff |
| Different backoff schemes. | |
| namespace | beans |
| Some helper compile-time tricks. | |
| namespace | bitop |
| Bit operations. | |
| namespace | container |
| Standard (non-intrusive) containers. | |
| namespace | cxx11_atomics |
| C++11 Atomic library support. | |
| namespace | details |
| Helper classes and functions. | |
| namespace | gc |
| Different safe memory reclamation schemas (garbage collectors) | |
| namespace | intrusive |
| Intrusive containers. | |
| namespace | lock |
| Synchronization primitives. | |
| namespace | memory |
| Memory-related algorithms: allocators etc. | |
| namespace | opt |
| Framework to define template options. | |
| namespace | OS |
| OS specific wrappers. | |
| namespace | threading |
| Threading support. |
Data Structures | |
| struct | bounded_container |
| Bounded container. More... | |
| class | Exception |
| Base of all exceptions in the library. More... | |
| struct | any_type |
any_type is used as a placeholder for auto-calculated type (usually in rebind templates) More... | |
| class | ref_counter |
| Simple reference counter. More... |
Typedefs | |
| typedef lock::Spin | SpinLock |
| Standard (best for the current platform) spin-lock implementation. | |
| typedef lock::ReentrantSpin | RecursiveSpinLock |
| Standard (best for the current platform) recursive spin-lock implementation. | |
| typedef lock::ReentrantSpin32 | RecursiveSpinLock32 |
| 32bit recursive spin-lock shortcut | |
| typedef lock::ReentrantSpin64 | RecursiveSpinLock64 |
| 64bit recursive spin-lock shortcut | |
| typedef lock::AutoSpin | AutoSpinLock |
| Auto spin-lock shortcut. | |
| typedef ref_counter< cds::int32_t > | signed_ref_counter |
| Signed 32bit reference counter. | |
|
typedef ref_counter < cds::uint32_t > | unsigned_ref_counter |
| Unsigned 32bit reference counter. |
Functions | |
| static void | Initialize (unsigned int nFeatureFlags=0) |
| Initialize CDS library. | |
| static void | Terminate () |
| Terminate CDS library. |
The main library namespace.
|
inlinestatic |
Initialize CDS library.
The function initializes CDS
library framework. Before usage of CDS
library features your application must initialize it by calling Initialize
function:
You may call Initialize
several times, only first call is significant others will be ignored. To terminate the CDS
library correctly, each call to Initialize
must be balanced by a corresponding call to Terminate.
Note, that this function does not initialize garbage collectors. To use GC you need you should call GC-specific constructor function to initialize internal structures of GC. See cds::gc and its subnamespace for details.
| nFeatureFlags | for future use, must be zero. |
|
inlinestatic |
Terminate CDS library.
This function terminates CDS
library. After Terminate
calling many features of the library are unavailable. This call should be the last call of CDS
library in your application.


PHOTOS: ‘Mister Rogers' Neighborhood' exhibit at Heinz History Center 18 Nov 2019, 16:47 Heinz History Center curator Emily Ruby prepares a handmade sweater owned by Fred Rogers to be added to the museum’s popular “Mister Rogers’ Neighborhood” exhibit. The Smithsonian-affiliated Senator John Heinz History Center is home to the largest collection of original artifacts from “Mister Rogers’ Neighborhood.” History Center registrar Nicole Lauletta assists an “A Beautiful Day in the Neighborhood” crew member, who records the sound of the living room door opening and closing.


Sport In Mind is excited to launch our new Socktober charity event!
As the UK’s leading mental health sports charity, we deliver physical activity projects in partnership with the NHS in order to promote mental wellbeing, improve physical health, combat social isolation and empower people to move their lives forward in a positive direction.
Socktober is encouraging everyone to pull up their socks to help us unite against the stigma of mental health and make October a month of fun through physical activity.
Please support us by wearing a pair of our socks and getting active, set your own personal goals or get together in a group and fundraise for us.
Help us stamp out the stigma of mental health, and make Socktober a month of fun through physical activity
Together we can de-feet anything!


[ all classes ]
[ ems ]
Coverage Summary for Class: Manager (ems)
| Class | Class, % | Method, % | Line, % |
|---|---|---|---|
| Manager | 100% (1/ 1) | 100% (13/ 13) | 100% (23/ 23) |
1 package ems;
2
3 //import java.util.ArrayList;
4 //import java.security.MessageDigest;
5 /**
6 *
Manager

7 * The manager can manage the company, which involves add and remove
8 * customer, branch, linkage another manager.
9 *
10 *@version v0.2-beta
11 *
12 * */
13 public class Manager {
14
15
16 private int id;
17 private String name;
18 // private int pwHash;
19 // private String gender = "Not Know";
20 private int status = 1;
21
22 private Company company;
23 // private OrderPool orderPool;
24 /**
25 *This is the manager constructor. It will output the log after the construction.
26 *@param id The id of Manager.
27 *@param name The name of Manager.
28 *@param password The password for the Manager to log in.
29 *@param gender The gender of the Manager.
30 *@param status The level of the Manager post.
31 */
32 public Manager(int id, String name, String password, String gender, int status) {
33
34 this.id = id;
35 this.name = name;
36 // this.pwHash = password.hashCode();
37 // this.gender = gender;
38 this.status = status;
39
40 this.company = Company.getInstance();
41
42 System.out.println("Express Company Manager " + name + " (level:" + status + ") created!");
43 }
44 /**
45 * This is the id getter.
46 * @return id
47 * */
48 public int getId() {
49 return this.id;
50 }
51 /**
52 * This is the id getter.
53 * @return id
54 * */
55 public int getStatus() {
56 return this.status;
57 }
58
59 // public Branch addBranch(String name) {
60 // return company.addBranch(name);
61 // }
62 // TMP removed by patrick wang 11-24
63 /**
64 * This method is used to add branch to the company.
65 * @param name The name of the branch to add.
66 * @param position The position of the branch to add.
67 * @return The branch which is added.
68 * */
69 public Branch addBranch(String name, Position position) {
70 return company.addBranch(name, position);
71 }
72 /**
73 * This method is used to remove branch from the company.
74 * @param id The id of the branch to remove.
75 * @return The branch which is removed.
76 * */
77 public Branch removeBranch(int id) {
78
79 return company.removeBranch(id);
80 }
81 /**
82 * This method is used to add customer to the company.
83 * @param name The name of the customer to add.
84 * @param password The password for the customer to log in.
85 * @param priority The priority of the customer.
86 * @param position The position of the customer.
87 * @return The customer which is added.
88 * */
89 public Customer addCustomer(String name, String password, int priority, Position position) {
90 return Company.getInstance().addCustomer(name, password, priority, position);
91 }
92 /**
93 * This method is used to add customer to the company.
94 * @param name The name of the customer to add.
95 * @param password The password for the customer to log in.
96 * @return The customer which is added.
97 * */
98 public Customer addCustomer(String name, String password) {
99 return Company.getInstance().addCustomer(name, password);
100 }
101 /**
102 * This method is check whether the manager is the super manager.
103 * @return True or False.
104 * */
105 public boolean rootOrNot() {
106 return status == 0;
107 }
108 /**
109 * This method is used to add linkage between branches to the company.
110 * @param source The id of the source branch.
111 * @param target The id of the target branch.
112 * @return The linkage which is added.
113 * */
114
115 public boolean addLinkage(int source, int target) {
116 return Company.getInstance().addLinkage(source, target);
117 }
118
119 /**
120 * This method is used to remove linkage between branches to the company.
121 * @param source The id of the source branch.
122 * @param target The id of the target branch.
123 * @return Whether the linkages have been removed.
124 * */
125
126 public boolean rmLinkage(int source, int target) {
127 return Company.getInstance().rmLinkage(source, target);
128 }
129 /**
130 * This method is used to add manager to the company.
131 * @param name The name of the manager to add.
132 * @param password The password for the manager to log in.
133 * @param gender The gender of the manager.
134 * @param status The status of the manager to add.
135 * @return The manager which is added.
136 * */
137 public Manager addNewManager(String name, String password, String gender, int status) {
138 if (this.rootOrNot()) {
139 return this.company.addNewManager(name, password, gender, status);
140 } else {
141 System.out.println("permision denied");
142 return null;
143 }
144 }
145
146 /**
147 * This method is override the original toString() method
148 * @return The string of the manager name information.
149 * */
150 public String toString() {
151 return "[manager " + this.name + "]";
152 }
153
154 /**
155 * This method is used to remove a given manager by id.
156 * @param id The id of the manager to remove.
157 * @return The removed manager.
158 * */
159 public Manager removeManager(int id) {
160 return this.company.removeManager(id);
161 }
162 }


NEW
Assembler syntax highlighting now can also be used within Markdown documents thanks to 64kramsystem.
NEW
New configuration options:
- asm-code-lens.labels.colon: Defines to search for labels with or without colons (or both = default).
- asm-code-lens.labels.excludes: The words defined here are not recognized as label.


reference
- Anywhere in the example you can share the page on Twitter and
Facebook using the Share menu from your context menu.
-
On this specific list element, you can change the size of the text
by using the "Increase/Decrease font" actions from your context menu
-
On the image below, you can fire the "Change Image" action
in your Context Menu.


 So do we! How much can you
chug down without taking a break?
351 Joined
Drinks and Apetizers
Beverages
Whiskey
Malt or Distiled
$5.99
Tequila
Original with Lemon
$9.99
Beer
Filtered or Unfiltered


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(pageKey: List[String], fieldKey: List[String], tell: Option[Html], radioOptions: Seq[String], existing: Option[String], errors: ErrorTree, messages: UniformMessages[Html], conditional: PartialFunction[String,Html] = PartialFunction.empty, cond: Option[Html] = None) @keyDash=@{fieldKey.mkString("-")} @keyDots=@{fieldKey.mkString(".")} @sortValues=@{pageKey.contains("select-return")} @ro=@{if(sortValues){radioOptions.sorted} else radioOptions} @restrictInlineKeys=@{List("select-return", "repayment-method").contains(pageKey.head)} @surround(pageKey, fieldKey, tell, errors, messages, cond) {


Data Sheet
Status
Display
PID: ?
Status: ?
Collects data from the robots sensors and compiles them into data.json
Starts up dataCollection.py
Shuts down dataCollection.py