{# COMMENTS #}
{% with article.comments.all as comments %}
{% include "comment/comments.html" %}
{% endwith %}
{% with comment_form as generic_form %}
{% include "common/generic_form.html" %}
{% endwith %}
{# SUPPORT #}
{% with support_form as generic_form %}
{% include "common/generic_form.html" %}
{% endwith %}


A small convenient port in a rather industrialized area about 20nm north west of Marseille and across the bay from Port Saint Louis du Rhone.
Position 43° 23'36"N, 04° 59'E (harbour entrance)
The Port du Plaisance is located in the north western corner of the harbour.
Call the port Captain for advice on where to berth.
Last updated February 2015.


{% extends "layout.html" %} {% block page_title %} GOV.UK prototype kit {% endblock %} {% block content %} BETA This is a new service – your feedback will help us to improve it. Andrea Authoriser Casterbridge College UKPRN:12345678 Home page Contracts Funding claims Settings Sign out The college of Birmingham Enter the start and end dates 16 to 18 traineeships 1 Start date Day Month Year End date Day Month Year 16 to 18 traineeships 2 Start date Day Month Year End date Day Month Year Adult skills classroom based Start date Day Month Year End date Day Month Year Save and exit {% endblock %}
BETA This is a new service – your feedback will help us to improve it.


powerstat
Measures the power consumption of a computer that has a battery power source or supports the RAPL interface.
More information: home page
- Measure power with the default of 10 samples with an interval of 10 seconds:
powerstat
- Measure power with custom number of samples and interval duration:
powerstat interval number_of_samples
- Measure power using Intel's RAPL interface:
powerstat -R interval number_of_samples
- Show a histogram of the power measurements:
powerstat -H interval number_of_samples
- Enable all statistics gathering options:
powerstat -a interval number_of_samples


| 用户名 | 邮箱 | IP |
|---|---|---|
| Mark | Tompson | the_mark7 |
| Ashley | Jacobs | ash11927 |
| Audrey | Ann | audann84 |
| John | Robinson | jr5527 |
| Aaron | Butler | aaron_butler |
| Chris | Albert | cab79 |
|
Mark Otto |
总价: $1,247 |
提交时间: 7/19/2012 订单编号 |
|
Audrey Ann |
Amount: $2,793 |
Date: 7/12/2012 View Transaction |
|
Mark Tompson |
Amount: $2,349 |
Date: 3/10/2012 View Transaction |
|
Ashley Jacobs |
Amount: $1,192 |
Date: 1/19/2012 View Transaction |


PhySim's home page
This website simulates a proposed physical model of the big bang in inverse space-time.
Home
Simulation_1
Simulation_2
Simulation_3
UIUC TEAM: V. Bernstein, J. Brody, J. Goldrich, S. Kaufman, & R. Schneider


|
|
#define | XPCC__COMPILER_STRING |
| | Compiler description.
|
| |
|
#define | XPCC__OS_STRING |
| | Operating system description.
|
| |
|
#define | XPCC__CPU_STRING |
| | CPU description.
|
| |
| #define | XPCC_ISR_NAME(vector) |
| | Get the expanded interrupt name. More...
|
| |
| #define | XPCC_ISR_DECL(vector) |
| | Forward declare in interrupt function. More...
|
| |
| #define | XPCC_ISR_CALL(vector) |
| | Directly calls an interrupt function. More...
|
| |
| #define | XPCC_ISR(vector, ...) |
| | Declare an interrupt handler. More...
|
| |
|
#define | XPCC__COMPILER_GCC |
| | Possible compilers.
|
| |
|
#define | XPCC__COMPILER_MSVC |
| | Possible compilers.
|
| |
|
#define | XPCC__OS_UNIX |
| | Possible operating systems.
|
| |
|
#define | XPCC__OS_LINUX |
| | Possible operating systems.
|
| |
|
#define | XPCC__OS_OSX |
| | Possible operating systems.
|
| |
|
#define | XPCC__OS_WIN32 |
| | Possible operating systems.
|
| |
|
#define | XPCC__OS_WIN64 |
| | Possible operating systems.
|
| |
|
#define | XPCC__CPU_AVR |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__ALIGNMENT |
| | Memory descriptions.
|
| |
|
#define | XPCC__CPU_ATXMEGA |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_ATMEGA |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_ATTINY |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_ARM |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_ARM7TDMI |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_CORTEX_M0 |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_CORTEX_M4 |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__CPU_CORTEX_M4 |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__OS_HOSTED |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__OS_HOSTED_64 |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__ORDER_BIG_ENDIAN |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__ORDER_LITTLE_ENDIAN |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__ORDER_PDP_ENDIAN |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__BYTE_ORDER |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__IS_BIG_ENDIAN |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__IS_LITTLE_ENDIAN |
| | Possible CPU definitions.
|
| |
|
#define | XPCC__SIZEOF_POINTER |
| | Possible CPU definitions.
|
| |
| #define | XPCC_STRINGIFY(s) |
| |
|
#define | XPCC_CONCAT(a, b) |
| | Concatenate two arguments.
|
| |
|
#define | XPCC_CONCAT3(a, b, c) |
| | Concatenate three arguments.
|
| |
|
#define | XPCC_CONCAT4(a, b, c, d) |
| | Concatenate three arguments.
|
| |
|
#define | XPCC_CONCAT5(a, b, c, d, e) |
| | Concatenate three arguments.
|
| |
|
#define | XPCC_ARRAY_SIZE(x) |
| | Compute the size of a static (!) array.
|
| |
| #define | xpcc_always_inline |
| | Force inlining on functions if needed. More...
|
| |
|
#define | xpcc_unused |
| | Attached to a variable or a function this means that it is meant to be possibly unused.
|
| |
|
#define | xpcc_weak |
| | Causes the declaration to be emitted as a weak symbol rather than a global.
|
| |
|
#define | xpcc_aligned(n) |
| | Specifies a minimum alignment for the function, measured in bytes.
|
| |
|
#define | xpcc_packed |
| | Specifies that a variable or structure field should have the smallest possible alignment.
|
| |
|
#define | xpcc_section(s) |
| | Specifies that a variable (or function) lives in a particular section.
|
| |
| #define | xpcc_fastcode |
| | Specifies that a function is placed in fastest executable memory. More...
|
| |
|
#define | xpcc_fastdata |
| | Specifies that a variable is placed in fastest accessible memory.
|
| |
|
#define | xpcc_likely(x) |
| | This branch is more likely to execute.
|
| |
|
#define | xpcc_unlikely(x) |
| | This branch is less likely to execute.
|
| |


Understand String Immutability 理解 Javascript 字符串的不变性
In JavaScript, String values are immutable, which means that they cannot be altered once created.
For example, the following code:
var myStr = "Bob";
myStr[0] = "J";
cannot change the value of myStr to "Job", because the contents of myStr cannot be altered. Note that this does not mean that myStr cannot be changed, just that the individual characters of a string literal cannot be changed. The only way to change myStr would be to assign it with a new string, like this:
var myStr = "Bob";
myStr = "Job";
Instructions
Correct the assignment to myStr to achieve the desired effect.


--- layout: default nav: attributes > ic-local-vars ---
ic-local-vars
- The Local Vars AttributeThe ic-local-vars
attribute tells Intercooler to include parameters from localStorage
in your intercooler requests. This can be used to maintain local state that is persistent and not encoded
directly in the DOM.
The value of the ic-include
attribute is a comma separated list of string names that will be
used to index into the localStorage object.
This attribute may be placed on parent elements, allowing you to specify behavior across multiple elements.
Note that the X-IC-Set-Local-Vars
response header can be used to write values into localStorage
ic-local-vars
has no effect on dependencies.
In this example, the button includes a local variable when it POSTs to the server.
<button ic-post-to="/update" ic-local-var="foo">Upload Local Var</button>


--- layout: page title: "CV" description: "Curriculum Vitae" header-img: "img/post-bg-rwd.jpg" ---
Click [ HERE ] to check my latest CV.


To use ux-icon, ensure that IconModule has been imported, and bind the icon name to name:
ux-icon
IconModule
name
If Angular is not available, the classes can be used directly:


CC0 1.0 Universal. To the extent possible under law, the editor has waived all copyright and related or neighboring rights to this work. In addition, as of 17 January 2014, the editor has made this specification available under the Open Web Foundation Agreement Version 1.0, which is available at http://www.openwebfoundation.org/legal/the-owf-1-0-agreements/owfa-1-0.
The HTTP Content-Type
header field is intended to indicate the
MIME type of an HTTP response.
However, many HTTP servers supply a Content-Type
header field
value that does not match the actual contents of the response.
Historically, web browsers have tolerated these servers by examining the
content of HTTP responses in addition to the Content-Type
header
field in order to determine the effective MIME type of the response.
Without a clear specification for how to "sniff" the MIME type, each user agent has been forced to reverse-engineer the algorithms of other user agents in order to maintain interoperability. Inevitably, these efforts have not been entirely successful, resulting in divergent behaviors among user agents. In some cases, these divergent behaviors have had security implications, as a user agent could interpret an HTTP response as a different MIME type than the server intended.
These security issues are most severe when an "honest" server allows
potentially malicious users to upload their own files and then serves the
contents of those files with a low-privilege MIME type.
For example, if a server believes that the client will treat a contributed
file as an image (and thus treat it as benign), but a user agent believes the
content to be HTML (and thus privileged to execute any scripts contained
therein), an attacker might be able to steal the user's authentication
credentials and mount other cross-site scripting attacks.
(Malicious servers, of course, can specify an arbitrary MIME type in the
Content-Type
header field.)
This document describes a content sniffing algorithm that carefully balances the compatibility needs of user agent with the security constraints imposed by existing web content. The algorithm originated from research conducted by Adam Barth, Juan Caballero, and Dawn Song, based on content sniffing algorithms present in popular user agents, an extensive database of existing web content, and metrics collected from implementations deployed to a sizable number of users. [SECCONTSNIFF]
The keywords "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "NOT RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119. For readability, these keywords will generally not appear in all uppercase letters. [RFC2119]
Requirements phrased in the imperative as part of algorithms (such as "strip any leading space characters" or "return false and abort these steps") are to be interpreted with the meaning of the keyword used in introducing the algorithm.
Conformance requirements phrased as algorithms or specific steps can be implemented in any manner, so long as the end result is equivalent. In particular, note that the algorithms defined in this specification are intended to be easy to understand and are not intended to be performant.
A byte is a byte as defined in the Encoding Standard. When helpful, a byte will be accompanied by information about the ASCII code point it represents. [ENCODING] [ASCII]
A binary data byte is a byte in the range 0x00 to 0x08 (NUL to BS), the byte 0x0B (VT), a byte in the range 0x0E to 0x1A (SO to SUB), or a byte in the range 0x1C to 0x1F (FS to US).
A whitespace byte (0xWS) is any of the following bytes: 0x09 (HT), 0x0A (LF), 0x0C (FF), 0x0D (CR), 0x20 (SP).
A tag-terminating byte (0xTT) is any of the following
bytes: 0x20 (SP), 0x3E (">
").
A byte sequence is a sequence of bytes.
Converting a string to ASCII lowercase is accomplished by converting a string to ASCII lowercase as defined in the HTML Standard. [HTML]
The MIME type of a resource is a technical hint about the use and format of that resource. [MIMETYPE]
A parsable MIME type is a MIME type for which the parse a MIME type algorithm does not return undefined. Every parsable MIME type has a corresponding parsed MIME type, which is the result of parsing the parsable MIME type. A parsed MIME type is made up of a type, a subtype, and a dictionary of parameters.
A serialized MIME type is the result of serializing a parsed MIME type.
The MIME type portion of a parsable MIME type is the result of serializing the type and subtype of its parsed MIME type with null parameters.
The MIME type portion of a parsable MIME type excludes any and all parameters.
A parsable MIME type is supported by the user agent if the user agent has the capability to interpret a resource of that MIME type and present it to the user.
To parse a MIME type, the user agent must execute the following steps:
").
/
"), continuously execute the
following steps:
;
"), continuously execute the following steps:
;
"), exit loop
M.
"
"), execute the following
steps:
"
"), execute the following steps:
"
"),
increment s by 1.
\
") and
sequence[s + 1] is not undefined, increment
s by 1.
;
"), exit loop
N.
").
=
"), continuously execute the following
steps:
") and parameters[name]
is undefined, set parameters[name] to null.
=
"), exit loop
M.
").
"
"), execute the following
steps:
"
"),
execute the following steps:
"
"),
increment s by 1.
\
") and
sequence[s + 1] is not undefined, increment
s by 1.
;
"), execute the following steps:
The parse a MIME type algorithm is intended to be executed after any protocol-specific syntax within the MIME type has been handled.
To serialize a MIME type, given a type, a subtype, and a dictionary of parameters, execute the following steps:
"), or has a length greater than
127, return undefined.
/
"), and
subtype.
charset
" or
"codecs
" parameters first?
;
") to serialization.
=
") to serialization.
"
") to serialization.
"
") or to the
U+005C REVERSE SOLIDUS character
("\
"), append the U+005C REVERSE SOLIDUS
character ("\
") to
serialization.
"
") to serialization.
;
") to serialization.
base64
" boolean parameter last?
An image type is any parsable MIME type where
type is equal to "image
".
An audio or video type is any parsable MIME type
where type is equal to "audio
" or
"video
" or where the MIME type portion is
equal to one of the following:
application/ogg
A font type is any parsable MIME type where the MIME type portion is equal to one of the following:
application/font-ttf
application/font-cff
application/font-off
application/font-sfnt
application/vnd.ms-opentype
application/font-woff
application/vnd.ms-fontobject
A ZIP-based type is any parsable MIME type where the
subtype ends in "+zip
" or the MIME type
portion is equal to one of the following:
application/zip
An archive type is any parsable MIME type where the MIME type portion is equal to one of the following:
application/x-rar-compressed
application/zip
application/x-gzip
An XML type is any parsable MIME type where the
subtype ends in "+xml
" or the MIME type
portion is equal to "text/xml
" or
"application/xml
".
[RFC3023]
A scriptable MIME type is an XML type or any parsable MIME type where the MIME type portion is equal to one of the following:
text/html
application/pdf
A resource is ….
For each resource it handles, the user agent must keep track of the following associated metadata:
The user agent can choose to use outside information, such as previous experience with a site, to determine whether to opt out of sniffing for a particular resource. The user agent can also choose to opt out of sniffing for all resources. However, opting out of sniffing does not exempt the user agent from using the MIME type sniffing algorithm.
The supplied MIME type of a resource is provided to the user agent by an external source associated with that resource. The method of obtaining this information varies depending upon how the resource is retrieved.
To determine the supplied MIME type of a resource, user agents must use the following supplied MIME type detection algorithm:
Content-Type
headers are associated with the
resource, execute the following steps:
Content-Type
header associated with the
resource.
File extensions are not used to determine the supplied MIME type of a resource retrieved via HTTP because they are unreliable and easily spoofed.
| Bytes in Hexadecimal | Bytes in ASCII |
|---|---|
| 74 65 78 74 2F 70 6C 61 69 6E |
text/plain
|
|
74 65 78 74 2F 70 6C 61 69 6E 3B 20 63 68 61 72 73 65 74 3D 49 53 4F 2D 38 38 35 39 2D 31 |
text/plain; charset=ISO-8859-1
|
|
74 65 78 74 2F 70 6C 61 69 6E 3B 20 63 68 61 72 73 65 74 3D 69 73 6F 2D 38 38 35 39 2D 31 |
text/plain; charset=iso-8859-1
|
|
74 65 78 74 2F 70 6C 61 69 6E 3B 20 63 68 61 72 73 65 74 3D 55 54 46 2D 38 |
text/plain; charset=UTF-8
|
The supplied MIME type detection algorithm detects these exact byte sequences because some older installations of Apache contain a bug that causes them to supply one of these Content-Type headers when serving files with unrecognized MIME types.
X-Content-Type-Options
headers are associated
with the resource and any such
X-Content-Type-Options
header has a value equal to
"nosniff
", set the no-sniff flag.
A resource header is the byte sequence at the beginning of a resource, as determined by reading the resource header.
To read the resource header, perform the following steps:
If the number of bytes in buffer is greater than or equal to 512, the MIME type sniffing algorithm will be deterministic for the majority of cases. However, certain factors (such as a slow connection) may prevent the user agent from reading 512 bytes in a reasonable amount of time.
The resource header need only be determined once per resource.
A byte pattern is a byte sequence used as a template to be matched against in the pattern matching algorithm.
A pattern mask is a byte sequence used to determine the significance of bytes being compared against a byte pattern in the pattern matching algorithm.
In a pattern mask, 0xFF indicates the byte is strictly significant, 0xDF indicates that the byte is significant in an ASCII case-insensitive way, and 0x00 indicates that the byte is not significant.
To determine whether a byte sequence matches a particular byte pattern, use the following pattern matching algorithm:
To determine which image type byte pattern a byte sequence matches, if any, use the following image type pattern matching algorithm:
| Byte Pattern | Pattern Mask | Leading Bytes to Be Ignored | Image Type | Note |
|---|---|---|---|---|
| 00 00 01 00 | FF FF FF FF | None. |
image/x-icon
|
A Windows Icon signature. |
| 00 00 02 00 | FF FF FF FF | None. |
image/x-icon
|
A Windows Cursor signature. |
| 42 4D | FF FF | None. |
image/bmp
|
The string "BM ", a BMP signature.
|
| 47 49 46 38 37 61 | FF FF FF FF FF FF | None. |
image/gif
|
The string "GIF87a ", a GIF signature.
|
| 47 49 46 38 39 61 | FF FF FF FF FF FF | None. |
image/gif
|
The string "GIF89a ", a GIF signature.
|
| 52 49 46 46 00 00 00 00 57 45 42 50 56 50 | FF FF FF FF 00 00 00 00 FF FF FF FF FF FF | None. |
image/webp
|
The string "RIFF " followed by four
bytes followed by the string
"WEBPVP ".
|
| 89 50 4E 47 0D 0A 1A 0A | FF FF FF FF FF FF FF FF | None. |
image/png
|
A byte with only the highest bit set followed by the
string "PNG " followed by CR LF SUB LF, the PNG
signature.
|
| FF D8 FF | FF FF FF | None. |
image/jpeg
|
The JPEG Start of Image marker followed by the indicator byte of another marker. |
To determine which audio or video type byte pattern a byte sequence matches, if any, use the following audio or video type pattern matching algorithm:
| Byte Pattern | Pattern Mask | Leading Bytes to Be Ignored | Audio or Video Type | Note |
|---|---|---|---|---|
| 1A 45 DF A3 | FF FF FF FF | None. |
video/webm
|
The WebM signature. [TODO: Use more bytes?] |
| 2E 73 6E 64 | FF FF FF FF | None. |
audio/basic
|
The string ".snd ", the basic audio signature.
|
| 46 4F 52 4D 00 00 00 00 41 49 46 46 | FF FF FF FF 00 00 00 00 FF FF FF FF | None. |
audio/aiff
|
The string "FORM " followed by four
bytes followed by the string
"AIFF ", the AIFF signature.
|
| 49 44 33 | FF FF FF | None. |
audio/mpeg
|
The string "ID3 ", the ID3v2-tagged MP3 signature.
|
| 4F 67 67 53 00 | FF FF FF FF FF | None. |
application/ogg
|
The string "OggS " followed by NUL, the Ogg container
signature.
|
| 4D 54 68 64 00 00 00 06 | FF FF FF FF FF FF FF FF | None. |
audio/midi
|
The string "MThd " followed by four
bytes representing the number 6 in 32 bits
(big-endian), the MIDI signature.
|
| 52 49 46 46 00 00 00 00 41 56 49 20 | FF FF FF FF 00 00 00 00 FF FF FF FF | None. |
video/avi
|
The string "RIFF " followed by four
bytes followed by the string
"AVI ", the AVI signature.
|
| 52 49 46 46 00 00 00 00 57 41 56 45 | FF FF FF FF 00 00 00 00 FF FF FF FF | None. |
audio/wave
|
The string "RIFF " followed by four
bytes followed by the string
"WAVE ", the WAVE signature.
|
MP3 audio without ID3 tags.
video/mp4
".
To determine whether a byte sequence matches the signature for MP4, use the following steps:
ftyp
"), return false.
mp4
"), return true.
This ignores the four bytes that correspond to the version number of the "major brand".
mp4
"), return true.
To determine which font type byte pattern a byte sequence matches, if any, use the following font type pattern matching algorithm:
| Byte Pattern | Pattern Mask | Leading Bytes to Be Ignored | Font Type | Note |
|---|---|---|---|---|
| 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 4C 50 | 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 FF FF | None. |
application/vnd.ms-fontobject
|
34 bytes followed by the string
"LP ", the Embedded OpenType signature.
|
| 00 01 00 00 | FF FF FF FF | None. | (TrueType) | 4 bytes representing the version number 1.0, a TrueType signature. |
| 4F 54 54 4F | FF FF FF FF | None. | (OpenType) |
The string "OTTO ", the OpenType signature.
|
| 74 74 63 66 | FF FF FF FF | None. | (TrueType Collection) |
The string "ttcf ", the TrueType Collection
signature.
|
| 77 4F 46 46 | FF FF FF FF | None. |
application/font-woff
|
The string "wOFF ", the Web Open Font Format
signature.
|
To determine which archive type byte pattern a byte sequence matches, if any, use the following archive type pattern matching algorithm:
| Byte Pattern | Pattern Mask | Leading Bytes to Be Ignored | Archive Type | Note |
|---|---|---|---|---|
| 1F 8B 08 | FF FF FF | None. |
application/x-gzip
|
The GZIP archive signature. |
| 50 4B 03 04 | FF FF FF FF | None. |
application/zip
|
The string "PK " followed by ETX EOT, the ZIP archive
signature.
|
| 52 61 72 20 1A 07 00 | FF FF FF FF FF FF FF | None. |
application/x-rar-compressed
|
The string "Rar " followed by SUB BEL NUL, the RAR
archive signature.
|
To determine the sniffed MIME type of a resource, user agents must use the following MIME type sniffing algorithm:
unknown/unknown
",
"application/unknown
", or "*/*
",
execute the rules for identifying an unknown MIME type with
the sniff-scriptable flag equal to the inverse of the
no-sniff flag and abort these steps.
text/html
", execute the
rules for distinguishing if a resource is a feed or HTML and
abort these steps.
The sniff-scriptable flag is used by the rules for identifying an unknown MIME type to determine whether to sniff for scriptable MIME types. If the setting of the sniff-scriptable flag is not specified when calling the rules for identifying an unknown MIME type, the sniff-scriptable flag must default to unset.
To determine the sniffed MIME type of a resource with an unknown MIME type, execute the following rules for identifying an unknown MIME type:
| Byte Pattern | Pattern Mask | Leading Bytes to Be Ignored | Sniffed MIME Type | Note |
|---|---|---|---|---|
| 3C 21 44 4F 43 54 59 50 45 20 48 54 4D 4C TT | FF FF DF DF DF DF DF DF DF FF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<!DOCTYPE HTML "
followed by a tag-terminating byte.
|
| 3C 48 54 4D 4C TT | FF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<HTML " followed by a
tag-terminating byte.
|
| 3C 48 45 41 44 TT | FF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<HEAD " followed by a
tag-terminating byte.
|
| 3C 53 43 52 49 50 54 TT | FF DF DF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<SCRIPT " followed by
a tag-terminating byte.
|
| 3C 49 46 52 41 4D 45 TT | FF DF DF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<IFRAME " followed by
a tag-terminating byte.
|
| 3C 48 31 TT | FF DF FF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<H1 " followed by a
tag-terminating byte.
|
| 3C 44 49 56 TT | FF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<DIV " followed by a
tag-terminating byte.
|
| 3C 46 4F 4E 54 TT | FF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<FONT " followed by a
tag-terminating byte.
|
| 3C 54 41 42 4C 45 TT | FF DF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<TABLE " followed by
a tag-terminating byte.
|
| 3C 41 TT | FF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<A " followed by a
tag-terminating byte.
|
| 3C 53 54 59 4C 45 TT | FF DF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<STYLE " followed by
a tag-terminating byte.
|
| 3C 54 49 54 4C 45 TT | FF DF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<TITLE " followed by
a tag-terminating byte.
|
| 3C 42 TT | FF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<B " followed by a
tag-terminating byte.
|
| 3C 42 4F 44 59 TT | FF DF DF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<BODY " followed by a
tag-terminating byte.
|
| 3C 42 52 TT | FF DF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<BR " followed by a
tag-terminating byte.
|
| 3C 50 TT | FF DF FF | Whitespace bytes. |
text/html
|
The case-insensitive string "<P " followed by a
tag-terminating byte.
|
| 3C 21 2D 2D TT | FF FF FF FF FF | Whitespace bytes. |
text/html
|
The string "<!-- " followed by a
tag-terminating byte.
|
| 3C 3F 78 6D 6C | FF FF FF FF FF | Whitespace bytes. |
text/xml
|
The string "<?xml ".
|
| 25 50 44 46 2D | FF FF FF FF FF | None. |
application/pdf
|
The string "%PDF- ", the PDF signature.
|
What about feeds?
| Byte Pattern | Pattern Mask | Leading Bytes to Be Ignored | Sniffed MIME Type | Note |
|---|---|---|---|---|
| 25 21 50 53 2D 41 64 6F 62 65 2D | FF FF FF FF FF FF FF FF FF FF FF | None. |
application/postscript
|
The string "%!PS-Adobe- ", the PostScript signature.
|
| FE FF 00 00 | FF FF 00 00 | None. |
text/plain
|
UTF-16BE BOM |
| FF FE 00 00 | FF FF 00 00 | None. |
text/plain
|
UTF-16LE BOM |
| EF BB BF 00 | FF FF FF 00 | None. |
text/plain
|
UTF-8 BOM |
User agents may implicitly extend this table to support additional parsable MIME types. However, user agents should not implicitly extend this table to include additional byte patterns for any sniffed MIME type already present in this table, as doing so could introduce privilege escalation vulnerabilities. User agents must not introduce any privilege escalation vulnerabilities when extending this table.
text/plain
".
Abort these steps.
application/octet-stream
".
To determine whether a binary resource has been mislabeled as plain text, execute the following rules for distinguishing if a resource is text or binary:
text/plain
".
Abort these steps.
text/plain
".
Abort these steps.
text/plain
".
Abort these steps.
application/octet-stream
".
It is critical that the rules for distinguishing if a resource is text or binary never determine the sniffed MIME type to be a scriptable MIME type, as this could allow a privilege escalation attack.
To determine whether a feed has been mislabeled as HTML, execute the following rules for distinguishing if a resource is a feed or HTML:
<
"), increment s by 1 and exit loop
L.
!--
"), increment s by 3 and enter loop
M:
-->
"), increment s by 3 and exit
loops M and L.
!
"), increment s by 1 and enter loop
M:
>
"), increment s by 1 and exit loops
M and L.
?
"), increment s by 1 and enter loop
M:
?>
"), increment s by 2 and exit loops
M and L.
rss
"), the sniffed MIME type is
"application/rss+xml
".
Abort these steps.
feed
"), the sniffed MIME type is
"application/atom+xml
".
Abort these steps.
rdf:RDF
"), increment s
by 7 and enter loop M:
http://purl.org/rss/1.0/
"), increment
s by 24 and enter loop N:
http://www.w3.org/1999/02/22-rdf-syntax-ns#
"),
the sniffed MIME type is
"application/rss+xml
".
Abort these steps.
http://www.w3.org/1999/02/22-rdf-syntax-ns#
"),
increment s by 24 and enter loop N:
http://purl.org/rss/1.0/
"), the sniffed
MIME type is "application/rss+xml
".
Abort these steps.
It might be more efficient for the user agent to implement the rules for distinguishing if a resource is a feed or HTML in parallel with its algorithm for detecting the character encoding of an HTML document.
A context is ….
In certain contexts, it is only useful to identify resources that belong to a certain subset of MIME types. In such contexts, it is appropriate to use a context-specific sniffing algorithm in place of the MIME type sniffing algorithm in order to determine the sniffed MIME type of a resource.
A context-specific sniffing algorithm determines the sniffed MIME type of a resource only if the resource is a MIME type relevant to a particular context.
Use the MIME type sniffing algorithm.
To determine the sniffed MIME type of a resource with an image type, execute the following rules for sniffing images specifically:
To determine the sniffed MIME type of a resource with an audio or video type, execute the following rules for sniffing audio and video specifically:
To determine the sniffed MIME type of a resource fetched in a plugin context, execute the following rules for sniffing in a plugin context:
application/octet-stream
".
To determine the sniffed MIME type of a resource fetched in a style context, execute the following rules for sniffing in a style context:
To determine the sniffed MIME type of a resource fetched in a script context, execute the following rules for sniffing in a script context:
To determine the sniffed MIME type of a resource with a font type, execute the following rules for sniffing fonts specifically:
The sniffed MIME type is "text/vtt
".
The sniffed MIME type is
"text/cache-manifest
".
Special thanks to Adam Barth and Ian Hickson for maintaining previous incarnations of this document.
Thanks also to Alfred Hönes, Anne van Kesteren, Boris Zbarsky, David Singer, Henri Sivonen, Jonathan Neal, Joshua Cranmer, Larry Masinter, Mark Pilgrim, Peter Occil, Russ Cox, and Simon Pieters for their invaluable contributions.


First, the basics.
Headings set your default page size
Let's make an unordered list.
And now, one in order. (Top 5 Albums)
Sometimes, you need to draw attention to a particular word or phrase.
Sometimes you want to strongly emphasize something in the text.
Sometimes you want to do both.
Soft line breaks can't wrap anything.
Neither can image tags, or hard lines.
Add a hard line under here.


CarnegieHERE was created as a class project out of 18-099 taught by Priya Narasimhan, as a way to explore new technologies and their use case such as iBeacons and Virtual Reality.
The Team
Allison Auyeung
Rehan Butt
Eric J. Collazo
Katherine Du
Joseph Jung
Jarret Lin
Brian Lai
Favian Rahman
Travis Rozich
Eric (Kewen) Wang
Eric Yu
Chengcheng Zhao


{{include file="public/header" /}} {{include file="public/nav" /}} {{include file="public/header_top_nav" /}} {{include file="public/nav_search" /}} {{include file="public/header_nav" /}} {{include file="public/home_banner" /}} {{include file="public/goods_category" /}}


Copyright (C) 2008 Kostas Michalopoulos
Don't forget to visit the FMP homepage for the latest version and additional information!
This is the full source code of the flash9 module player in haXe (http://www.haxe.org/). It is licensed under the zlib license.
The module player supports most effects found in MOD files with the exception of panning effects (there is no stereo support) and the following effects: E3, E5 and E6 (will added soon). Also due to the way the module player works (see docs) 0B is limited to jumping to orders below (after) the current order (so no looping).
To use the module player create a new ModPlayer object and call the play() function like
mp = new ModPlayer() mp.play(url);
The "url" can be anything that can be opened with Flash's URLLoader (usually just a file on the same domain). When play() is called, the file is downloaded and then the module is rendered in a monolithic waveform (this is why looping commands are limited). Then this is fed to DynSound.playSound() function, which plays raw sound data by synthesizing a SWF file in memory and loading it in order to play the module music.
In order to stop playback call the stop() function of ModPlayer. Note that this actually calls SoundMixer.stopAll, which will stop ALL sounds on the flash movie, not only the module. Currently there doesn't seem to be a better method to stop the playback. However you should still use this function because once a Flash 10 port is made, this will have the expected functionality under that version.
You can assign a function to onProgress field to get notified about the module loading and rendering progress. The function must take a single Int value, which will be called with from 0 to 100 for progress and -1 if an error happens. To show possible errors, set showTraces to true.
If the loading feels sluggish and the module is long, you may want to decrease the size of chunks the module player calculates. The default value is 500000, which should be ok, but if you want to make it more responsive decrease it. Note that by decreasing this value you increase the time it takes to build the full waveform.
NOTE: Some fields are declared public for various reasons, but they should be considered private. Only the fields and methods below the Public API comment line should be considered as public.
For an example see Test.hx.
Kostas "Bad Sector" Michalopoulos
http://realm.badsectoracula.com/fmp


Sun Web Application Guidelines - Version 4.1
|
| Search Guidelines | Send Feedback | Developers.sun.com |
| [ Table of Contents | 0 Revision History | 1 Introduction | 2 Visual Design | 3 Windows and Pages | 4 Mastheads | 5 Top-Level Navigation | 6 Content Area | 7 Simple Elements | 8 Complex Elements | 9 Tables | 10 Topology | 11 Contextual Help | 12 Search | 13 Wizards | 14 Alerts and Messages | 15 Progress Indicators | 16 Alarms and Status Indicators | 17 Login Page | 18 Version Page | Appendices ] |
How To Use These Guidelines - An Introduction
0.1 What's New - Additions and Changes Since Revision 4.0
0.2 Internal vs. External Guideline Details (reminder from 4.0)
|
The following new designs were added for release 4.1, most of which include functionality using AJAX technology. Not all of these designs will be incorporated into the 4.1 Project Woodstock components. Some will be added later, while others will be phased in progressively.
1. Drag and Drop 06-content.html#6.10
2. AJAX Table 09-tables.html#9.6
3. Dynamic Validation 14-alerts.html#14.5
4. Accordion 05-navigation.html#<IP_ADDRESS> (and Accordion Details 05-navigation.html#5.2.5)
5. Pop-up Menu 07-simple.html#<IP_ADDRESS>
6. Pop-up Bubble 11-help.html#11.6
In September, 2007, the Web Application Guidelines v4.0 became available to an external audience available on the Sun Developer Network. The two primary reasons for doing this were:
* To support the Woodstock components that have already been open sourced
* To move in the direction of open source and community involvement
The guidelines have not been made to sound like they were originally intended for an external audience. Instead, they are being offered as Sun guidelines available for external folks to look at and use as appropriate for their needs.
In order to make the guidelines suitable for an external audience, a number of edits were made. Except for a few chapters, the external version of the guidelines and the internal version of the guidelines are the same so the edits made to externalize the guidelines affect both internal and external readers.
* The guidelines files now live in two locations (an internal location, and an external location).
* Chapter 1, this revision history, and a couple of appendix files differ in the two locations, but all other chapters are the same.
* Future updates to the guidelines will be uploaded to the two locations.
The main types of edits are listed below:
* The name of the guidelines is now preceded with 'Sun'.
* Each chapter has been "scrubbed" to remove references to internal sites and groups.
(e.g. UIRB, Legal, Branding, SWAED & SWAED approvals, etc.)
* Chapter 1 (internal) now has all the references to the Sun internal sites and groups.
* References to<EMAIL_ADDRESS>and<EMAIL_ADDRESS>have been replaced with a Send Feedback link which takes you to a form.
People can use this form to offer feedback that we can then consider including in the guidelines.
* Search criteria is now entered on a separate page. This allows:
- the external guidelines to be searched from the external location.
- the internal guidelines (and older guidelines and meeting minutes) to be searched from the internal location.
| [ Table of Contents | 0 Revision History | 1 Introduction | 2 Visual Design | 3 Windows and Pages | 4 Mastheads | 5 Top-Level Navigation | 6 Content Area | 7 Simple Elements | 8 Complex Elements | 9 Tables | 10 Topology | 11 Contextual Help | 12 Search | 13 Wizards | 14 Alerts and Messages | 15 Progress Indicators | 16 Alarms and Status Indicators | 17 Login Page | 18 Version Page | Appendices ] |
| Privacy Policy | Terms of Use | Trademarks | Copyright 2007 Sun Microsystems, Inc. |


outcome.Rmd
Once instruments for the exposure trait have been specified, those variants need to be extracted from the outcome trait.
The IEU GWAS database (IGD) contains complete GWAS summary statistics from a large number of studies. You can browse them here:
To obtain details about the available GWASs programmatically do the following:
ao <- available_outcomes()
#> API: public: https://gwas-api.mrcieu.ac.uk/
head(ao)
#> # A tibble: 6 x 20
#> id trait sample_size nsnp year consortium author note access mr
#> <chr> <chr> <int> <int> <int> <chr> <chr> <chr> <chr> <int>
#> 1 prot… Hete… 3301 1.05e7 2018 NA Sun BB NA public 1
#> 2 ukb-… Diag… 337199 1.09e7 2017 Neale Lab Neale NA public 1
#> 3 ubm-… NET1… 7916 1.17e7 2018 NA Ellio… NA public 1
#> 4 prot… Tumo… 3301 1.05e7 2018 NA Sun BB NA public 1
#> 5 prot… Ribo… 3301 1.05e7 2018 NA Sun BB NA public 1
#> 6 prot… Mito… 3301 1.05e7 2018 NA Sun BB NA public 1
#> # … with 10 more variables: sex <chr>, pmid <int>, priority <int>,
#> # population <chr>, unit <chr>, category <chr>, subcategory <chr>,
#> # ncase <int>, ncontrol <int>, sd <dbl>
For information about authentication see https://github.com/MRCIEU/ieugwasr/blob/master/README.md#authentication.
The available_outcomes
function returns a table of all the available studies in the database. Each study has a unique ID. e.g.
head(subset(ao, select=c(trait, id)))
#> # A tibble: 6 x 2
#> trait id
#> <chr> <chr>
#> 1 Heterogeneous nuclear ribonucleoprotein A/B prot-a-1363
#> 2 Diagnoses - main ICD10: M24 Other specific joint derangements ukb-a-567
#> 3 NET100 0411 ubm-a-1567
#> 4 Tumor necrosis factor alpha-induced protein 3 prot-a-3030
#> 5 Ribosyldihydronicotinamide dehydrogenase [quinone] prot-a-2084
#> 6 Mitochondrial ubiquitin ligase activator of NFKB 1 prot-a-1970
If we want to perform MR of BMI against coronary heart disease, we need to identify the SNPs that influence the BMI, and then extract those SNPs from a GWAS on coronary heart disease.
Let’s get the Locke et al 2014 instruments for BMI as an example:
bmi_exp_dat <- extract_instruments(outcomes='ieu-a-2')
head(bmi_exp_dat)
#> beta.exposure pos.exposure se.exposure samplesize.exposure chr.exposure
#> 1 0.0331 72837239 0.0030 338123 1
#> 2 0.0201 78048331 0.0031 339065 1
#> 3 0.0221 96924097 0.0030 337797 1
#> 4 0.0659 110082886 0.0087 313621 1
#> 5 0.0211 208255518 0.0038 333383 2
#> 6 0.0183 25106437 0.0030 338525 3
#> pval.exposure id.exposure SNP effect_allele.exposure
#> 1 1.88018e-28 ieu-a-2 rs7531118 C
#> 2 4.56773e-11 ieu-a-2 rs17381664 C
#> 3 1.43384e-13 ieu-a-2 rs11165643 T
#> 4 5.05941e-14 ieu-a-2 rs7550711 T
#> 5 3.40596e-08 ieu-a-2 rs17203016 G
#> 6 8.01604e-10 ieu-a-2 rs6804842 G
#> other_allele.exposure eaf.exposure exposure
#> 1 T 0.6083 Body mass index || id:ieu-a-2
#> 2 T 0.4250 Body mass index || id:ieu-a-2
#> 3 C 0.5750 Body mass index || id:ieu-a-2
#> 4 C 0.0339 Body mass index || id:ieu-a-2
#> 5 A 0.2000 Body mass index || id:ieu-a-2
#> 6 A 0.5750 Body mass index || id:ieu-a-2
#> mr_keep.exposure pval_origin.exposure data_source.exposure
#> 1 TRUE reported igd
#> 2 TRUE reported igd
#> 3 TRUE reported igd
#> 4 TRUE reported igd
#> 5 TRUE reported igd
#> 6 TRUE reported igd
We now need to find a suitable GWAS for coronary heart disease. We can search the available studies:
ao[grepl("heart disease", ao$trait), ]
#> # A tibble: 12 x 20
#> id trait sample_size nsnp year consortium author note access
#> <chr> <chr> <int> <int> <int> <chr> <chr> <chr> <chr>
#> 1 ukb-… Diag… 463010 9.85e6 2018 MRC-IEU Ben E… 4120… public
#> 2 ukb-… Diag… 463010 9.85e6 2018 MRC-IEU Ben E… 4120… public
#> 3 ieu-… Coro… 86995 2.42e6 2011 CARDIoGRAM Schun… <NA> public
#> 4 ukb-… Diag… 463010 9.85e6 2018 MRC-IEU Ben E… 4120… public
#> 5 ebi-… Coro… 86995 2.42e6 2011 NA Schun… NA public
#> 6 ieu-… Coro… 30482 5.40e5 2011 C4D Peden <NA> public
#> 7 ukb-… Diag… 337199 1.09e7 2017 Neale Lab Neale NA public
#> 8 ukb-… Diag… 463010 9.85e6 2018 MRC-IEU Ben E… 4120… public
#> 9 ukb-… Diag… 463010 9.85e6 2018 MRC-IEU Ben E… 4120… public
#> 10 ieu-… Coro… 184305 9.46e6 2015 CARDIoGRA… Nikpay <NA> public
#> 11 ukb-… Diag… 463010 9.85e6 2018 MRC-IEU Ben E… 4120… public
#> 12 ieu-… Coro… 194427 7.91e4 2013 CARDIoGRA… Delou… <NA> public
#> # … with 11 more variables: mr <int>, sex <chr>, pmid <int>,
#> # priority <int>, population <chr>, unit <chr>, category <chr>,
#> # subcategory <chr>, ncase <int>, ncontrol <int>, sd <dbl>
The most recent CARDIOGRAM GWAS is ID number ieu-a-7
. We can extract the BMI SNPs from this GWAS as follows:
chd_out_dat <- extract_outcome_data(
snps = bmi_exp_dat$SNP,
outcomes = 'ieu-a-7'
)
#> Extracting data for 79 SNP(s) from 1 GWAS(s)
The extract_outcome_data
is a flexible function. The snps
argument only requires an array of rsIDs, and the outcomes
variable can be a vector of outcomes. e.g. chd_out_dat(c("rs234", "rs17097147"), c('ieu-a-2', 'ieu-a-7'))
will extract the two SNPs from each of the outcomes ieu-a-2
and ieu-a-7
.
By default if a particular requested SNP is not present in the outcome GWAS then a SNP (proxy) that is in LD with the requested SNP (target) will be searched for instead. LD proxies are defined using 1000 genomes European sample data. The effect of the proxy SNP on the outcome is returned, along with the proxy SNP, the effect allele of the proxy SNP, and the corresponding allele (in phase) for the target SNP.
The parameters for handling LD proxies are as follows:
proxies
= TRUE or FALSE (TRUE by default)rsq
= numeric value of minimum rsq to find a proxy. Default is 0.8, minimum is 0.6palindromes
= Allow palindromic SNPs? Default is 1 (yes)maf_threshold
= If palindromes allowed then what is the maximum minor allele frequency of palindromes allowed? Default is 0.3.If you have GWAS summary data that is not present in IEU GWAS database, this can still be used to perform analysis.
Supposing there is a GWAS summary file called “gwas_summary.csv” with e.g. 2 million rows and it looks like this:
rsid,effect,SE,a1,a2,a1_freq,p-value,Units,Gene,n
rs10767664,0.19,0.030612245,A,T,0.78,5.00E-26,kg/m2,BDNF,225238
rs13078807,0.1,0.020408163,G,A,0.2,4.00E-11,kg/m2,CADM2,221431
rs1514175,0.07,0.020408163,A,G,0.43,8.00E-14,kg/m2,TNNI3K,207641
rs1558902,0.39,0.020408163,A,T,0.42,5.00E-120,kg/m2,FTO,222476
...
...
To extract the exposure SNPs from this data, we would use the following command:
outcome_dat <- read_outcome_data(
snps = bmi_exp_dat$SNP,
filename = "gwas_summary.csv",
sep = ",",
snp_col = "rsid",
beta_col = "effect",
se_col = "SE",
effect_allele_col = "a1",
other_allele_col = "a2",
eaf_col = "a1_freq",
pval_col = "p-value",
units_col = "Units",
gene_col = "Gene",
samplesize_col = "n"
)
This returns an outcome data frame with only the SNPs that were requested (if those SNPs were present in the “gwas_summary.csv” file).
The extract_outcome_data
function returns a table of SNP effects for the requested SNPs on the requested outcomes. The format of the data is similar to the exposure data format, except the main columns are as follows:
SNP
beta.outcome
se.outcome
samplesize.outcome
ncase.outcome
ncontrol.outcome
pval.outcome
eaf.outcome
effect_allele.outcom
other_allele.outcome
units.outcome
outcome
consortium.outcome
year.outcome
pmid.outcome
id.outcome
originalname.outcome
proxy.outcome
target_snp.outcome
proxy_snp.outcome
target_a1.outcome
target_a2.outcome
proxy_a1.outcome
proxy_a2.outcome
mr_keep.outcome
data_source.outcome
We have developed a summary data format called “GWAS VCF”, which is designed to store GWAS results in a strict and performant way. It is possible to use this format with the TwoSampleMR package. Going down this avenue also allows you to use LD proxy functionality using your own LD reference files (or ones that we provide). For more details, see this package that explains the format and how to query it in R:
https://github.com/mrcieu/gwasvcf
and this package for how to connect the data to other packages including TwoSampleMR


3 references to JobStateEventArgs
System.Management.Automation (3)
engine\remoting\client\Job.cs (1)
934
stateChangedEventHandler(null, new
JobStateEventArgs
(this.JobStateInfo));
engine\remoting\commands\ReceiveJob.cs (1)
1520
JobStateEventArgs eventArgs = args ?? new
JobStateEventArgs
(job.JobStateInfo);
engine\remoting\commands\WaitJob.cs (1)
216
this.HandleJobStateChangedEvent(job, new
JobStateEventArgs
(job.JobStateInfo));


© 2019
| xanthinus xanthina xanthinum | yellow | |||
| xanthos | xanth | adj | ξανϑοϛ yellow, red-yellow | |
| inus | in | adj | -ινοϛ adjective suffix for nouns: composition, color, resembling, owning | |
| Patersonia xanthina F. Muell. Parmotrema xanthinum (Mull. Arg.) Hale | ||||
| xanthocarpus xanthocarpa xanthocarpum | yellow fruits | |||
| xanthos | xanth | adj | ξανϑοϛ yellow, red-yellow | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| carpos | carp | noun/m | καρποϛ fruit | |
| us | adj | Latinizing suffix | ||
| Solanum xanthocarpum Schrad. Rubus xanthocarpus Bureau & Franch. | ||||
| xanthocodon xanthocodon | yellow bells | |||
| xanthos | xanth | adj | ξανϑοϛ yellow, red-yellow | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| codon | codon | noun/m | κωδων a bell; an alarm bell; a bell used by officers to make sure their sentries were awake | |
| Rhododendron xanthocodon Hutch. | ||||
| xantholeucus xantholeuca xantholeucum | yellowish white | |||
| xanthos | xanth | adj | ξανϑοϛ yellow, red-yellow | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| leucos | leuc | adj | λευκοϛ bright, brilliant, clear; white, pale | |
| us | adj | Latinizing suffix | ||
| Sobralia xantholeuca B. S. Williams Delphinium xantholeucum Piper | ||||
| xanthophoeniceus xanthophoenicea xanthophoeniceum | yellow-red | |||
| xanthos | xanth | adj | ξανϑοϛ yellow, red-yellow | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| phoeniceus | phoenice | adj | φοινικεοϛ purple-red after the dye that came from Phoenicia | |
| Verbascum xanthophoeniceum Griseb. | ||||
| xanthus xantha xanthum | yellow | |||
| xanthos | xanth | adj | ξανϑοϛ yellow, red-yellow | |
| us | adj | Latinizing suffix | ||
| xiphioides xiphioides xiphioides | Gladiola like | |||
| xiphion | xiphi | noun/n | ξιφιον Greek name for a plant variously thought to be Gladiolus segetum or Gladiolus communis | |
| oides | oid | adj | -οειδεϛ adjective suffix for nouns: like, resemble | |
| Juncus xiphioides E. Mey. | ||||
| xiphius xiphia xiphium | Gladiola like | |||
| xiphion | xiphi | noun/n | ξιφιον Greek name for a plant variously thought to be Gladiolus segetum or Gladiolus communis | |
| us | adj | Latinizing suffix | ||
| Iris xiphium L. | ||||
| xylorhiza xylorhizai | woody root | |||
| xylon | xyl | noun/n | ξυλον wood; tree | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| rhiza | rhiz | noun/f | ριζα root; stem, origin | |
| Aster xylorhiza (Nutt.) Torr. & Gray | ||||
| xylorrhiza xylorrhizai | woody root | |||
| xylon | xyl | noun/n | ξυλον wood; tree | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| r | r | cnct | ρ sometimes the Greek aspirated 'r' is rrh and sometimes rh in the Latin transliteration | |
| rhiza | rhiz | noun/f | ριζα root; stem, origin | |
| Scrophularia xylorrhiza Boiss. & Hausskn. |


CorrectionFlags (Enum)
Namespace: stdlibXtf.Enums
Specify if the data is stored raw or corrected.
Fields
| None | Not specific way of storage. This is a default value that can be considered equivalent to Range. |
| Range | Sonar imagery stored as raw, range or slant-range. |
| Depth | Sonar imagery stored as corrected, depth or ground-range. |
Examples
example ...
Remarks
remarks ...


- DEBUG - Static variable in class ualberta.g12.adventurecreator.BuildConfig
-
- delete - Static variable in class ualberta.g12.adventurecreator.R.id
-
- delete - Static variable in class ualberta.g12.adventurecreator.R.string
-
- deleteFragmentPart(Fragment, int) - Method in interface ualberta.g12.adventurecreator.controllers.FController
-
Tries to remove a fragment part at the given partNum.
- deleteFragmentPart(Fragment, int) - Method in class ualberta.g12.adventurecreator.controllers.FragmentController
-
Tries to remove a fragment part at the given partNum.
- deleteStories(int) - Method in class ualberta.g12.adventurecreator.online.OnlineHelper
-
deleteStories deletes ALL stories with the same story ID.
- deleteView(V) - Method in class ualberta.g12.adventurecreator.data.FModel
-
Removes a view from our list of views.
- deleteView(V) - Method in class ualberta.g12.adventurecreator.data.LModel
-
Deletes a view from our list of views
- deleteView(V) - Method in class ualberta.g12.adventurecreator.data.SModel
-
Removes a view from our list of views.
This should be called whenever a View is dying, so that we don't keep a
reference to it or try to update it when it is dead.
- desc_fragment_part_image - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_fragment_part_image_small - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_new_1 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_new_2 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_new_3 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_new_4 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_online_1 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_read_1 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_read_2 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_screen_1 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_help_screen_2 - Static variable in class ualberta.g12.adventurecreator.R.string
-
- desc_online_help_2 - Static variable in class ualberta.g12.adventurecreator.R.string
-
Content Descriptions
- DOWNLOAD_MODE - Static variable in class ualberta.g12.adventurecreator.views.OnlineStoryViewActivity
-
- downloadmode - Static variable in class ualberta.g12.adventurecreator.R.drawable
-
- DownloadStoryTask - Class in ualberta.g12.adventurecreator.tasks
-
This task is used to download a story from the list of online stories to a
users offline list.
- DownloadStoryTask(Context) - Constructor for class ualberta.g12.adventurecreator.tasks.DownloadStoryTask
-
Creates a new DownloadStoryTask with the given Context.
- DownloadTitleAuthorsTask - Class in ualberta.g12.adventurecreator.tasks
-
This task is used to download a list of the online stories that are available
for download.
- DownloadTitleAuthorsTask(Context, OView<List<Story>>) - Constructor for class ualberta.g12.adventurecreator.tasks.DownloadTitleAuthorsTask
-
Create a DownloadTitleAuthorsTask with the Context and an OView to update
once the download has completed.


Dan the man
Hearts make their move to convince Daniel Stendel to take vacant Tynecastle post
by Gareth LawHEARTS have made their move to convince Daniel Stendel to join them instead of waiting for a job in England.
SunSport understands the Jambos held talks with the German at the weekend.
We told last week how the ex-Barnsley boss was the new favourite for the Tynecastle hot seat.
But it became clear Ann Budge would have to push the boat out to tempt Stendel because of his preference to remain down south.
It is thought Budge has now made her pitch to Stendel having already spoken to Stuart McCall, Alan Irvine, Neil McCann and Steve Cotterill.
Stendel, 45, was axed as Tykes boss last month.
He’s under contract with them until the end of the season and must agree a severance package or Hearts may have to pay compensation
Meanwhile, Michael Smith has told his team-mates to toughen up mentally if they want to escape a relegation dogfight.
The Tynecastle side’s crushing 3-0 loss at Rugby Park left them just one point above bottom place, however, with St Johnstone drawing with Aberdeen there's now four teams level on 11 points.
Yet it was not so much the defeat, but the pitiful manner of it that has alarm bells ringing for Smith.
The Northern Ireland international reckons too many players felt they just had to turn up to collect the points, but they were in for a rude awakening.
Three goals inside seven extraordinary minutes at the start of the match brought Hearts crashing back to earth after their 5-2 win against St Mirren.
Keep u p to date with ALL the latest news and transfers at the Scottish Sun football page


Facebook introduces new company brand 'designed for clarity, inspired by people'
MENLO PARK, Calif. -- Facebook has introduced its new company brand.
The Menlo Park-based social networking giant says the new branding is clearer about the products that come from Facebook.
Facebook says in the coming weeks, users will start seeing a company endorsement to products like Messenger, WhatsApp, and Instagram.
After the rollout, you'll see "from Facebook" on the bottom of each of its product's apps with the same color as each of those apps.
The company says the new branding was "designed for clarity, inspired by people."
See more stories and videos about Facebook here.


Communications
- Dubeaux G, seminar, FF21 - La Jolla Plant Biology Talks (UCSD). La Jolla, CA, USA. December 2017
- Dubeaux G, seminar, University of California San Diego (UCSD). La Jolla, CA, USA. March 2017
- Dubeaux G, seminar, Carnegie Institution for Science. Stanford, CA, USA. March 2017
- Dubeaux G, seminar, European Network for Plant Endomembrane Research (ENPER). Bordeaux, France. August 2016
- Dubeaux G, seminar, Doctoral school Meeting. Orsay (Paris), France. November 2015
- Dubeaux G, seminar, European Network for Plant Endomembrane Research (ENPER). Leeds, UK. August 2015
- Dubeaux G, seminar, Cell Biology Department of the I2BC. Orsay (Paris), France. March 2015
- Dubeaux G, poster, Doctoral school Meeting. Orsay (Paris), France. November 2014
- Dubeaux G, poster, Doctoral school Meeting. Orsay (Paris), France. November 2013


---
layout: post
title: Easy on the eye MD5-generated signature*
date: 2010-11-26 12:00:00
permalink: /p/29
categories: [php]
tags: [tips]
---
At my work, we employ light-weighted content licensing by applying MD5 over a crafted string. MD5 is quite long, and includes letters and digits, or example:
MD5("The quick brown fox jumps over the lazy dog.") = e4d909c290d0fb1ca068ffaddf22cbd0
Since most of our users are using mobile devices, we wanted to make it easy:
- only alphabets - so the user will not be required to switch layouts (alphabet<->numbers)
- all uppercase - so it will be easy to read, and clear.
- replace the letter O - so the user will not confuse it with the digit zero.
How safe is it? Well, as I see it, we still get 16 in the power of 10 permutations (A..P ten times), which are very nicely distributed, the Birthday Paradox does not apply here (since the hash is not used to 'hide' the source, but to 'certify' the source. I think...), and it is very easy on the users' eye.
So we have an MD5 string (e.g. 37aa53dc03fd0a18617bda509c243012), and we want to get a human readable, type-able string (e.g. JNAALJDCGJ). Here is the PHP code we used (I take not responsibility for any MD5 or this code limitations!):
{% highlight PHP %}
function md5_shrinking($md5_signature)
{
//the input of this function is an MD5 hex (easily created with PHP's function md5($string) )
//actually, it doesn't have to be MD5 string. It can be anything from a random number
//to SHA1 to a specially crafted string/
//I want to do this:
// 37aa53dc03fd0a18617bda509c243012 -> JNAALJDCGJ
//sub-stringing to 10: easier on users
$trimmed_md5 = substr($md5_signature, 0, 10);
//upper-case so users will read it easily
$upper_trimmed_md5 = strtoupper($trimmed_md5);
//converting the digits to alphabets. And I'm going to convert to letters after F (no doubles with
//HEX A-F letters.
$regex_trimmed_md5 = preg_replace('/(\d)/e', 'chr(\\1+71)', $upper_trimmed_md5);
//And converting the letter O to X, so users will not confuse it with zero
$regex_trimmed_md5 = preg_replace('/(O)/', 'X', $regex_trimmed_md5);
return $regex_trimmed_md5;
}
{% endhighlight %}
Security issues:
- Append a salt string to your MD5 input! It will make you feel safer :)
- Make sure you understand the MD5 and this function limitations, and see if they are acceptable for your purpose (as mentioned above - I take no responsibility!)
- The sub-stringing increases the chances of collisions. This is the cost you'll pay for a human readable/type-able string.
- I ONLY think that the Birthday Paradox does not apply here, but I'm no mathematician. It could be.
*note: can be applied to any string.


I'm A Celebrity's Cliff brings in Christmas tree as luxury item
The rest of the I’m A Celebrity campmates received their luxury items on Saturday – and it’s safe to say that Cliff Parisi’s item was the best ever.
The Call The Midwife actor decided to bring a bit of festive cheer to the jungle in the form of a Christmas tree (and I didn’t think we could love him anymore).
Camp Leader James Haskell and his deputy Jacqueline Jossa entered the camp bearing gifts – or at least the remaining luxury items that had yet to be won.
He and Jacqueline handed them out to the delighted celebrities who sat around the camp stove.
Cliff was given his oddly shaped present and he said ‘This is something I think we might all enjoy a little bit’ as he unwrapped a Christmas tree to cheers from the other campmates.
As Caitlyn Jenner was handed her she exclaimed how she couldn’t sleep with a dry face explaining her choice of luxury face cream.
 Nadine had a tangle teaser for her hair.
Advertisement Advertisement
Ian explained that his luxury item ‘wasn’t physical’
Music started to play in the Jungle clearing and Ian explained that his luxury item was his favourite track – Kirk Franklin’s Looking For You, which he could have played three times.
All the campmates danced around the camp stove with joy at hearing music for the first time for ten days.
Andy chose lip balm, Myles had a disposable camera, Andrew had an inflatable chair, Jacqueline had a pillow with family photos on and James had a memory foam neck support pillow.
Fans swiftly took to Twitter to share their love towards Minty.
The news follows after Adele Roberts baffled both viewers and her fellow celebs after bringing in a picture of Jane McDonald as her luxury item.
Although Adele’s girlfriend Kate Holderness soon set the record straight after taking to social media to reveal why her partner decided to take in her beloved photo of the cruise-ship singer.
And it turns out, Adele loves ‘a bit of Jane’ to cheer her (and her Radio 1 listeners) up if they’re having a bad day.
‘I can clear this up. All the campmates have to have different luxury items, they’re not allowed to double up on anything,’ Kate began.
Advertisement Advertisement
‘So Adele’s first choice of a family photo was already taken which she didn’t mind because she knew there’d be campmates who’d love a pic of their children in there with them.
‘Second choice, a pillow, was another goner as it’s usually the most requested item. Pretty much everything she wanted after that was already taken too.’
I’m A Celebrity…Get Me Out Of Here airs at 9pm on ITV.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


TRACY MA
https://tracyma.com/
TUESDAY, APRIL 23, 2019 5:00 PM - 6:00 PM EDT
TRACY MA
JOHNSON/KAPLAN BUILDING 66 WEST 12TH STREET A404 NEW YORK, NY 10011
PARSONS COMMUNICATION DESIGN LECTURE SERIES
MODES OF PRACTICE SPRING 2019


Ruby Classes vs. Javascript Objects
August 8, 2015
Ruby and Javascript both have the concept of "objects". Their goals are similar: to encapsulate a group of related variables and methods. Ruby, on the one hand, is a class-based language and has much baked in support for class objects. Javascrip, on the other hand, is not a class-based language, but with some effort it can approximate class functionality.
One way this difference manifests is that Ruby has many convenient encapsulating features. It offers a layer of protection against outsiders from acessing its internal class variables. It offers the attr_reader, attr_writer methods to regulate access. In Javascript, there all properties of an object are public.
Now let's look at object creation. In Ruby you use the
Adding methods to objects is a bit more cumbersome in javascript. One has to make use of the "prototype" property of objects. In Ruby, one can simply declare the methods inside the class.


Class: Aws::EC2::Types::ModifyNetworkInterfaceAttributeRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb |
Overview
Contains the parameters for ModifyNetworkInterfaceAttribute.
Constant Summary
Instance Attribute Summary
-
#attachment ⇒ Types::NetworkInterfaceAttachmentChanges
rw
Information about the interface attachment.
-
#description ⇒ Types::AttributeValue
rw
A description for the network interface.
-
#dry_run ⇒ Boolean
rw
Checks whether you have the required permissions for the action, without actually making the request, and provides an error response.
-
#ena_srd_specification ⇒ Types::EnaSrdSpecification
rw
Updates the ENA Express configuration for the network interface that’s attached to the instance.
-
#enable_primary_ipv_6 ⇒ Boolean
rw
If you’re modifying a network interface in a dual-stack or IPv6-only subnet, you have the option to assign a primary IPv6 IP address.
-
#groups ⇒ Array<String>
rw
Changes the security groups for the network interface.
-
#network_interface_id ⇒ String
rw
The ID of the network interface.
-
#source_dest_check ⇒ Types::AttributeBooleanValue
rw
Enable or disable source/destination checks, which ensure that the instance is either the source or the destination of any traffic that it receives.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#attachment ⇒ Types::NetworkInterfaceAttachmentChanges (rw)
Information about the interface attachment. If modifying the delete
on termination
attribute, you must specify the ID of the interface
attachment.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#description ⇒ Types::AttributeValue (rw)
A description for the network interface.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#dry_run ⇒ Boolean
(rw)
Checks whether you have the required permissions for the action,
without actually making the request, and provides an error response.
If you have the required permissions, the error response is
DryRunOperation
. Otherwise, it is UnauthorizedOperation
.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#ena_srd_specification ⇒ Types::EnaSrdSpecification (rw)
Updates the ENA Express configuration for the network interface that’s attached to the instance.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#enable_primary_ipv_6 ⇒ Boolean
(rw)
If you’re modifying a network interface in a dual-stack or IPv6-only subnet, you have the option to assign a primary IPv6 IP address. A primary IPv6 address is an IPv6 GUA address associated with an ENI that you have enabled to use a primary IPv6 address. Use this option if the instance that this ENI will be attached to relies on its IPv6 address not changing. Amazon Web Services will automatically assign an IPv6 address associated with the ENI attached to your instance to be the primary IPv6 address. Once you enable an IPv6 GUA address to be a primary IPv6, you cannot disable it. When you enable an IPv6 GUA address to be a primary IPv6, the first IPv6 GUA will be made the primary IPv6 address until the instance is terminated or the network interface is detached. If you have multiple IPv6 addresses associated with an ENI attached to your instance and you enable a primary IPv6 address, the first IPv6 GUA address associated with the ENI becomes the primary IPv6 address.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#groups ⇒ Array
<String
> (rw)
Changes the security groups for the network interface. The new set of groups you specify replaces the current set. You must specify at least one group, even if it's just the default security group in the VPC. You must specify the ID of the security group, not the name.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#network_interface_id ⇒ String
(rw)
The ID of the network interface.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end
#source_dest_check ⇒ Types::AttributeBooleanValue (rw)
Enable or disable source/destination checks, which ensure that the
instance is either the source or the destination of any traffic that
it receives. If the value is true
, source/destination checks are
enabled; otherwise, they are disabled. The default value is true
.
You must disable source/destination checks if the instance runs
services such as network address translation, routing, or firewalls.
# File 'gems/aws-sdk-ec2/lib/aws-sdk-ec2/types.rb', line 45913
class ModifyNetworkInterfaceAttributeRequest < Struct.new( :, :description, :dry_run, :groups, :network_interface_id, :source_dest_check, :ena_srd_specification, :enable_primary_ipv_6) SENSITIVE = [] include Aws::Structure end


extract parameters from the commands line More...
Data Types | |
| type | gridbase |
Public Member Functions | |
| subroutine | initdefault (this, min, max, size, stepSize) |
| Constructor. More... | |
| subroutine, public | gridbase_test () |
Private Member Functions | |
| subroutine | fromarray (this, array, tol) |
| Constructor. More... | |
| subroutine | fromfile (this, iFileName, column, cComments) |
| Constructor. More... | |
| subroutine | copy (this, other) |
| Copy constructor. More... | |
| subroutine | destroy (this) |
| Destructor. More... | |
| logical function | isequalto (this, other, tol) |
| type(gridbase) function | addition (this, other) |
| type(gridbase) function | additionfc (this, constant) |
| type(gridbase) function | subtraction (this, other) |
| type(gridbase) function | subtractionfc (this, constant) |
| type(gridbase) function | multiplication (this, other) |
| type(gridbase) function | multiplicationfc (this, constant) |
| type(gridbase) function | division (this, other) |
| type(gridbase) function | divisionfc (this, constant) |
| type(gridbase) function | exponentiation (this, other) |
| type(gridbase) function | exponentiationfc (this, constant) |
| character(len=200) function | str (this) |
| String representation. More... | |
| subroutine | show (this, unit) |
| subroutine | setunits (this, unit) |
| subroutine | save (this, ofileName, units) |
| Save the data in one column format in a selected unit. More... | |
| subroutine | tofstream (this, ofile, units) |
| Save the data in one column format in a selected unit. More... | |
| real(8) function | at (this, i) |
extract parameters from the commands line
This class represents a one-dimensional grid
Definition at line 31 of file GridBase.f90.
|
private |
Definition at line 304 of file GridBase.f90.
|
private |
Definition at line 321 of file GridBase.f90.
|
private |
Definition at line 574 of file GridBase.f90.
|
private |
Copy constructor.
Definition at line 237 of file GridBase.f90.
|
private |
Destructor.
Definition at line 256 of file GridBase.f90.
|
private |
Definition at line 394 of file GridBase.f90.
|
private |
Definition at line 411 of file GridBase.f90.
|
private |
Definition at line 423 of file GridBase.f90.
|
private |
Definition at line 440 of file GridBase.f90.
|
private |
Constructor.
Definition at line 124 of file GridBase.f90.
|
private |
Constructor.
Definition at line 164 of file GridBase.f90.
| subroutine, public gridbase_::gridbase_test | ( | ) |
Definition at line 585 of file GridBase.f90.
| subroutine gridbase_::initdefault | ( | class(gridbase) | this, |
| real(8) | min, | ||
| real(8) | max, | ||
| integer, optional | size, | ||
| real(8), optional | stepSize | ||
| ) |
Constructor.
Definition at line 92 of file GridBase.f90.
|
private |
Definition at line 271 of file GridBase.f90.
|
private |
Definition at line 362 of file GridBase.f90.
|
private |
Definition at line 381 of file GridBase.f90.
|
private |
Save the data in one column format in a selected unit.
Definition at line 518 of file GridBase.f90.
|
private |
Definition at line 504 of file GridBase.f90.
|
private |
Definition at line 486 of file GridBase.f90.
|
private |
String representation.
Definition at line 452 of file GridBase.f90.
|
private |
Definition at line 333 of file GridBase.f90.
|
private |
Definition at line 350 of file GridBase.f90.
|
private |
Save the data in one column format in a selected unit.
Definition at line 543 of file GridBase.f90.


Demo features
Controls: Arrow keys (up for jump)
Image layers
- The two cloud layers are using the same image but has different opacity/alpha, parallax ratio, scale and velocity set in properties in Tiled. (The wavy movement is done with at tween from the game)
- The SMB3-boxy-background-layer is locked to it's coordinates vertically but is repeated horizontally with a parallax ratio, all configured by properties in Tiled.
- There is one invisible layer (opacity/alpha set to 0). A trigger can set it to alpha = 1.
Triggers
- If exactly two objects stays the area under the "cloud box", coins will show up above (try to push the blocks!). If the test fails (less or more than 2 objects), the coins will go away again.
- If you jump clockwise a few times around the block to the left of Mario at the starting position, something will happen. If you break the loop you'll have to start over.
Collision set by tile properties
- All collision data are defined by tile properties.
- A collison layer with all layers' collision data combined is created by Phaser.Tilemap.prototype.setCollisionLayer. (There is only one layer with collision data from the beginning as well, but you get the idea...)
- The animated arrows cannot be passed against the direction of the arrow. This is set as tile properties in Tiled, and the collision data will adapt if a tile is rotated/flipped.
Animated tiles
A fork allowing animated tiles is used for the demo. If the pull-request for this feature to Phaser is denied, the feature will be added to this plugin instead.


cait is a set of utilities written in the Go language that work with and augment the ArchivesSpace API.
If you already have Go setup and installed compiling the utilities are pretty straight forward.

The command line tools and services are configured via environment variables. Below is an example of setting things up under Bash running on your favorite Unix-like system.
#!/bin/bash
#
# setup.sh - this script sets the environment variables for cait project.
# You would source file before using cait, cait-indexpages, or cait-servepages.
#
#
# Local Development setup
#
export CAIT_API_URL=http://localhost:8089
export CAIT_USERNAME=admin
export CAIT_PASSWORD=admin
export CAIT_DATASET=dataset
export CAIT_SITE_URL=http://localhost:8501
export CAIT_HTDOCS=htdocs
export CAIT_BLEVE=htdocs.bleve
export CAIT_TEMPLATES=templates/default
One time setup, creat the directories matching your configuration.
#!/bin/bash
#
# Create the necessary directory structure
#
mkdir -p $CAIT_DATASET
mkdir -p $CAIT_HTDOCS
mkdir -p $CAIT_TEMPLATES
Assuming Bash and that you’ve named the file cait.bash you could source the file from your shell prompt by typing
. etc/cait.bash
I run ArchivesSpace in a vagrant box for development use. You can find details to set that up at github.com/caltechlibrary/archivesspace_vagrant. I usually run the cait tools locally. You can see and example workflow in the document EXPORT-IMPORT.md.
This command is a general purpose tool for fetch ArchivesSpace data from the ArchivesSpace REST API, saving or modifying that data as well as querying the locally capture output of the API.
Current cait supports operations on repositories, subjects, agents, accessions and digital_objects.
These are the common actions that can be performed
Here’s an example session of using the cait command line tool on the repository object.
. setup.sh # Source my setup file so I can get access to the API
cait repository create '{"uri":"/repositories/3","repo_code":"My Archive","name":"My Archive"}' # Create an archive called My Archive
cait repository list # show a list of archives, for example purposes we'll use archive ID of 3
cait repository list '{"uri":"/repositories/3"}' # Show only the archive JSON for repository ID equal to 3
cait repository list '{"uri":"/repositories/3"}' > repo2.json # Save the output to the file repo3.json
cait repository update -input repo3.json # Save your changes back to ArchivesSpace
cait repository export '{"uri":"/repositories/3"}' # export the repository metadata to data/repositories/3.json
cait repository delete '{"uri":"/repositories/3"}' # remove repository ID 3
This is the general pattern also used with subject, agent, accession, digital_object.
The cait command uses the following environment variables
This command generates static webpages from exported ArchivesSpace content.
It relies on the following environment variables
The typical process would use cait to export all your content and then run cait-genpages to generate your website content.
cait archivesspace export # this takes a while
cait-genpages # this is faster
Assuming the default settings you’ll see new webpages in your local htdocs directory.
This command creates bleve indexes for use by cait-servepages.
Current cait-indexpages operates on JSON content exported with cait. It expects a specific directory structure with each individual JSON blob named after its numeric ID and the extension .json. E.g. htdocs/repositories/2/accession/1.json would correspond to accession id 1 for repository 2.
cait-indexpages depends on four environment variables
cait-servepages provides both a static web server as well as web search service.
Current cait-servepages uses the Bleve indexes created with cait-indexpages. It also uses the search page and results templates defined in CAIT_TEMPLATES.
It uses the following environment variables
Assuming the default setup, you could start the like
cait-servepages
Or you could add a startup script to /etc/init.d/ as appropriate.
The basic production environment would export the contents of ArchivesSpace nightly, regenerate the webpages, re-index the webpages and finally restart cait-servepages service.
The script in scripts/nightly-update.sh shows these steps based on the configuration in etc/setup.sh. This script is suitable for running form a cronjob under Linux/Unix/Mac OS X.


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The importance of empathy
This was week eight, only one more week before bootcamp and stress levels remain about the same. We had two big peer programming projects to complete last week and this one which were super interesting and hard. For the cultural blog this week we had to read chapter 7 of the Search Inside Yourself book which talks about empathy as a way to have more effective communication in the workplace plus be happy, etc etc.
The book points out that empathy is a natural occurring thing for humans which is made easier when we see the other person as similar to oneself. I suppose this is true, in a way people feel more disconnected from other people that they don't know, like when you can't relate to people from a certain nationality of race. In this sense I learned so much in the past 5 years since I came to New Zealand and started traveling more. When you get out of your comfort zone and connect with other people that you thought you were so different from you realize we all have reasons to think and behave the way we do, and that is ok. In that sense I'm sure everyone will benefit from traveling and really sharing a different culture at least once in their lives. Of course you can do that and still learn nothing, he he.
Funny enough, and not to sound pretentious, but I already try to apply what they mention in the book on my everyday life anyway. I don't see it as a "technique" in the sense for me to take and advantage of, but it's just simple logic: after you realize the big truth which is that everyone looks at the world through their own glasses you can try and see beyond yours. What I mean by this is that if you don't understand why a person would do this or that you could try putting yourself on that person's situation and you will most likely see that they were not trying to just upset you or be mean on purpose.
Then there are these exercises that they mention where you have to be able to read and understand your job/organization as it was a human (on the book I mean), which I tried to follow thinking about my previous job. I realized that I had already thought about it long and hard and that is why I came to the conclusion that it was not the place for me. As an organization it had its own objectives and idiosyncrasy which did not agree with mine. Knowing this did not help me stay there, on the contrary it pushed me away.
If I could take something from what I read it would be that if everyone tried to understand each-other more and put themselves in the other person's shoes, there will be less suffering and misunderstandings, however this is not true most of the time and it makes it even harder.


simpler-paper
contains a lot of conventions,
and in some cases you need only a few simple steps to achieve more customizing effects.
Of course, you don't need them and you can make a good document, these simple features can help you reduce the annoyance of editing documents and focus on the content of the document, that's our purpose too.
The features include the following parts:


Issue 44
Welcome to Haskell Weekly! Haskell is an advanced, purely functional programming language. This is a weekly summary of what’s going on in its community. You can subscribe to the email newsletter or the Atom feed.
Want to contribute to Haskell Weekly? Send us a message on Twitter or open an issue on GitHub.
News from the Haskell community
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How we secretly introduced Haskell and got away with it
We are able to refactor without fear. We have been experimenting with adding some new features to the job assignment algorithm recently, and the procedure of extending it is rather mechanical: extend the types to reflect information you need, fix all type errors, write a test, and change code until the tests are green.
-
We are sorry to announce that this year Haskell.org was not accepted for the 2017 Google Summer of Code. But, as last year, we plan to organize our own Summer of Haskell!
-
Lessons learned porting a game from PureScript to Elm
You can see a pattern here: Elm strives to be total and prevent you from shooting yourself in the foot in any way, while PureScript gives you more freedom, but you have to understand the consequences of what you’re doing.
-
We’ve spent a few months figuring out what book we, as Haskell users, want to see. The Joy of Haskell is a work in progress, the culmination of those discussions, the kind of book we want to help us write better, happier Haskell.
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In October of last year, I published a new library: typed-process. It builds on top of the veritable process package, and provides an alternative API. After I got sufficiently fed up with limitations in the existing API, I decided to take a crack at doing it all from scratch.
-
It seems that the architectural choice (of writing the core of the application in Haskell/Frege and use only Java for interactivity and visualization) is a good one, for several reasons.
-
How do you guys get anything done?
I readily concede that maybe it gets better but some of these things I can’t see ever getting better.
Package of the week
This week’s package of the week is cabal-macosx, a tool for providing Cabal support for creating macOS application bundles.
Send us a message on Twitter to nominate next week’s package!


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Null value area ignored in calculation: 20.783887 Plan area used in calculation: 38.751457 Surface area calculation(low, high, avg): 24.164747 26.081756 25.123252 Current region plan area: 38.880460 Estimated region Surface Area: 25.206886


The background-color property specifies the background color of an element.
<!DOCTYPE html>
Hello World!

This page has a light blue background color!

<!DOCTYPE html>
CSS background-color example!

 This is a text inside a div element.
This paragraph has its own background color.
 We are still in the div element.

The background-image property specifies an image to use as the background of an element.
<!DOCTYPE html>
Hello World!

Strange background image...

<!DOCTYPE html>
Hello World!

Strange background image...

<!DOCTYPE html>
Hello World!

Here, a backgound image is repeated only horizontally!

<!DOCTYPE html>
Hello World!

W3Schools background image example.

The background image is only showing once, but it is disturbing the reader!

<!DOCTYPE html>
Hello World!

W3Schools background no-repeat, set position example.

 Now the background image is only shown once, and positioned away from the text.

 In this example we have also added a margin on the right side, so the background image will never disturb the text.

To specify that the background image should be fixed (will not scroll with the rest of the page), use the background-attachment property:
body { background-image: url("img_tree.png"); background-repeat: no-repeat; background-position: right top; background-attachment: fixed; }
<!DOCTYPE html>
Hello World!

 Now the background image is only shown once, and it is also positioned away from the text.

 In this example we have also added a margin on the right side, so that the background image will not disturb the text.


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EQRS uses two font families. Merriweather, $eqrs-serif-font-family , is used for most of the headers. Source Sans Pro, $eqrs-sans-serif-font-family, is used mainly for the body and detail copy because of its legibility at smaller font sizes.
We use rem for all font sizing to allow for greater accessibility. One rem is equal to 18 pixels within EQRS.
Ensure headings are in a logical order. For example, check that all headings are marked with <h1>-<h2> elements and that these are ordered hierarchically. For example, the heading level following an <h1> should be an <h2>, not an <h3>. Heading elements must be properly nested on the page. Heading elements that are properly nested help users of assistive technologies understand the structure of the information on the web page. Finally, don't use heading mark up on text that isn't actually a heading.
Display
Use CSS class eqrs-display-text, defined as:
CSS for h1 defined as:
CSS for h2 defined as:
CSS for h3 defined as:
CSS for h4 defined as:
Body copy
CSS for p defined as:
Detail copy
Use CSS class font-sans-3xs defined as:
In most cases, align content to the left of its respective container.
I am a title.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc quis lacinia enim, vitae commodo leo. Quisque ut lobortis augue. Praesent ac diam dignissim, accumsan odio nec, commodo metus.
Keep line length to approximately 66 characters per line (max-width of 35em) and allow for some white space on the page. Anything more can cause eye strain, when reading multiple lines of text.
Use sentence case for all navigation, headers, labels and buttons.
For emphasis within text use em or strong tags to change the voice of a word or phrase, i.e., to emphasize it. Otherwise, use b tags to change the visual look and feel only. Avoid using italics because it can be difficult to read and to decipher meaning.


Oaths
Oaths are a creed, or set of beliefs, that a character believes in strongly enough that to not follow them would be detrimental to the psyche of the character.
Most Oaths give a character's benefits, so as long as the character actively upholds the Oath.
The punishment for a character breaking an Oath varies by GM. The recommended punishment is to not allow a character to level until they have properly atoned for the oath they broke.