|
STM8S Standard Peripheral Libary
2.2.0
|
Functions | |
| void | IWDG_WriteAccessCmd (IWDG_WriteAccess_TypeDef IWDG_WriteAccess) |
| Enables or disables write access to Prescaler and Reload registers. More... | |
| void | IWDG_SetPrescaler (IWDG_Prescaler_TypeDef IWDG_Prescaler) |
| Sets IWDG Prescaler value. More... | |
| void | IWDG_SetReload (uint8_t IWDG_Reload) |
| Sets IWDG Reload value. More... | |
| void | IWDG_ReloadCounter (void) |
| Reloads IWDG counter. More... | |
| void | IWDG_Enable (void) |
| Enables IWDG. More... | |
|
inline |
|
inline |
Reloads IWDG counter.
| None |
| None |
Definition at line 185 of file stm8s_iwdg.h.
|
inline |
Sets IWDG Prescaler value.
| IWDG_Prescaler | : Specifies the IWDG Prescaler value. This parameter can be a value of IWDG_Prescaler_TypeDef. |
| None |
Definition at line 159 of file stm8s_iwdg.h.
|
inline |
Sets IWDG Reload value.
| IWDG_Reload | : Reload register value. This parameter must be a number between 0 and 0xFF. |
| None |
Definition at line 174 of file stm8s_iwdg.h.
|
inline |
Enables or disables write access to Prescaler and Reload registers.
| IWDG_WriteAccess | : New state of write access to Prescaler and Reload registers. This parameter can be a value of IWDG_WriteAccess_TypeDef. |
| None |
Definition at line 144 of file stm8s_iwdg.h.


Provides implementations of
SnacCommand
s and associated command factories for SNAC family
0x04
, which contains commands used in such areas as IM, warning, and typing notification.


Core Magikcraft utilities for SMA plugins
npm install @magikcraft/core
Use the SMA image in test mode to run the unit tests.
Make sure you have the latest version of smac installed:
npm i -g smac
Then run the tests:
npm test
Apache-2.0 © Josh Wulf
Generated using TypeDoc


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object cetus.hir.Program
public final class Program
Represents the entire program.
| Constructor Summary | |
|---|---|
Program()
Make an empty program. |
|
Program(java.util.List<java.lang.String> files)
Make a program from a group of source files. |
|
Program(java.lang.String[] files)
Make a program from a group of source files. |
| Method Summary | |
|---|---|
void |
addTranslationUnit(TranslationUnit tunit)
Adds a translation unit to the program. |
void |
createNewDDGraph()
Adds a Data Dependence Graph Object to this program, created by DDTDriver |
static void |
defaultPrint(Program p,
java.io.PrintWriter o)
Prints the entire program to a stream. |
java.util.List<Traversable> |
getChildren()
Provides access to the children of this object as a list. |
DDGraph |
getDDGraph()
Return program data dependence graph |
Traversable |
getParent()
Provides access to the parent of this object. |
void |
print()
Write all translation units to their respective files. |
void |
print(java.io.PrintWriter o)
Print the code for the IR represented by the object. |
void |
removeChild(Traversable child)
Removes the specified child. |
void |
setChild(int index,
Traversable t)
Sets the indexth child of this object to t. |
static void |
setClassPrintMethod(java.lang.reflect.Method m)
Overrides the class print method, so that all subsequently created objects will use the supplied method. |
void |
setParent(Traversable t)
Unsupported - the parent of a program is null and may not be changed. |
void |
setPrintMethod(java.lang.reflect.Method m)
Overrides the print method for this object only. |
java.lang.String |
toString()
|
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
public Program()
public Program(java.util.List<java.lang.String> files)
files
- A list of strings that are source file names.public Program(java.lang.String[] files)
files
- An array of strings that are source file names.| Method Detail |
|---|
public void addTranslationUnit(TranslationUnit tunit)
tunit
- The translation unit to add. Its parent
will be set to this program.public static void defaultPrint(Program p, java.io.PrintWriter o)
p
- The program to print.o
- The writer for the prorgram to be printed on.public java.lang.String toString()
toString
in class java.lang.Object
public java.util.List<Traversable> getChildren()
Traversable
getChildren
in interface Traversable
public Traversable getParent()
Traversable
getParent
in interface Traversable
public void print() throws java.io.IOException
java.io.FileNotFoundException
- if a file could not be opened.
java.io.IOException
public void print(java.io.PrintWriter o)
Printable
print
in interface Printable
o
- The writer on which to print the data.public void removeChild(Traversable child)
Traversable
removeChild
in interface Traversable
child
- a reference to a child object that must match with ==.public void setChild(int index, Traversable t)
Traversable
setChild
in interface Traversable
public static void setClassPrintMethod(java.lang.reflect.Method m)
m
- The new print method.public void setParent(Traversable t)
setParent
in interface Traversable
public void setPrintMethod(java.lang.reflect.Method m)
m
- The new print method.public void createNewDDGraph()
public DDGraph getDDGraph()
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


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General Terms and Conditions applicable to Use of a Web Site.


Upload your image for scene recognition using Places-CNN from MIT. You agree that the image uploaded follow Creative Commons licenses.


Any purchased tickets will be distributed electronically to successful applicants in mid-October.
We do not think anyone should have to pay to commemorate the centenary. There is no cost to attend #GreatWar100, but talks and children's events will be ticketed. Donating to help stage the event can guarantee your place before we begin processing applications.
£25 - Earns you the option to take early bird guaranteed admission for one to all talks on one date.
£50 - Double up and earn the option to take early bird guaranteed admission for two to all talks on one date.
£100 - Earns you the option to take early bird, guaranteed admission for the whole family: four tickets to all of our talks on one date and guaranteed admission to childrens' activities.
£250 - Not only will you get the option to take early bird guaranteed admission to all talks on one date. You will also be entitled to a pitch in our Marketplace for sales, or for your WW1 organisation to secure a pop-up booth to engage with the public on both days. You will also be entitled to two places on the guest list at a special commemorative after-event.
All profits will be donated to Veterans in Action, registered charity #1128026
Rembemer, it is absolutely free to come along and experience #GreatWar100 without tickets. It is only necessary to apply if you wish to attend any talks or workshops for children.


{% include "includes/account-name-number.html" %}Debit details
The following shows details of the payment from your account.
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Nginious is a full featured HTTP server built on top of an asynchronous I/O engine. This makes it scale to many simultaneous connections. It supports all versions of the HTTP protocol from HTTP/0.9 to HTTP/1.1. All features of the HTTP/1.1 protocol are supported except for multi range requests. For detailed information about which HTTP protocol features are supported by Nginious see section 4.4 Feature details.
The server is started by executing bin/start.sh
from the base directory or by
executing java -jar libs/nginious-server-1.0.0.jar
from the base directory. A list
of possible command line options is found below.
| Name | Default | Description |
| --port | -p | 80 | Port that server listens to for incoming connections. |
| --webappsDir | -d | webapps | Directory for deployed web applications. Any web applications found in this directory on startup are automatically deployed. |
| --session | -s | memory | Type of HTTP sessions to create (memory|cookie). See chapter 10. Session management for detailed information about sessions. |
| --interfaces | -i | all | Comma separated list of network interfaces that the server listens to for incoming connections. |
| --adminPwd | -a | admin | Password for accessing REST administration services. See chapter 12. Server administration for detailed information about server administration. |
Nginous provides two log files which can both be found in the logs
subdirectory. The first
log is a general log where Nginious logs information about its actions and any errors and warnings that
might occur. This log is named server.log
. The second log is a HTTP request log where
information about each HTTP request is logged in the combined log format. This log is named
access.log
. Both logs are rotated on a daily basis. A history of up to 10 days is kept.
Below is a list with detailed information about all HTTP features supported by Nginous.
| Supported methods | Description |
| GET | Supported for accessing static content as well as for HTTP and REST controllers. See the 5. Web applications and 6. RESTful controllers chapters for detailed information. |
| HEAD | Supported for accessing static content as well as for HTTP and REST controllers. See the 5. Web applications and 6. RESTful controllers chapters for detailed information. |
| POST | Supported by HTTP and REST controllers. See the 5. Web applications and 6. RESTful controllers chapters for detailed information. |
| PUT | Supported by HTTP and REST controllers. See the 5. Web applications and 6. RESTful controller chapters for detailed information. |
| DELETE | Supported by HTTP and REST controllers. See the 5. Web applications and 6. RESTful controllers chapters for detailed information. |
| TRACE | Supported. |
| OPTIONS | Supported for accessing static content as well as for HTTP and REST controllers. See the 5. Web applications and 6. RESTful controllers chapters for detailed information. |
| CONNECT | Not supported. |
| General features | Description |
| Persistent connections | Supported. |
| Pipelining | Not supported. |
| Content codings |
Gzip content encoding is supported for static content responses. The server automatically
compresses static content with gzip if the client expresses interest in receiving
gzip compressed content by setting the Accept-Encoding header.
|
| Transfer codings |
Chunked encoding is supported for both requests and responses. The server automatically
detects requests with chunked encoding when the Transfer-Encoding header is set
to chunked in requests. If a controller sets the Transfer-Enoding
header to chunked for a response the server automatically encodes the response
accordingly.
|
| Multipart content |
Nginious has built in support for multipart content. A multipart request with the
Multipart header set the content is parsed into parameters and files and
made available to controllers through the HttpRequest class.
|
| Date/time formats | Supports the date/time formats specified in RFC 1123, RFC 1036 and ANSI C in descending order of preference. |
| Quality values | |
| Proxy | Not supported. Nginious has no built in functionality for acting as a HTTP proxy. |
| Headers | Description |
| Accept |
Nginious checks the Accept header in requests for static content to verify that
the client accepts the served content.
|
| Accept-Charset | Available for controller classes through the HttpRequest class. |
| Accept-Encoding |
The Accept-Encoding header is checked in requests for static content to
determine if the client is willing to accept gzip compressed content.
|
| Accept-Language | Available for controller classes through the HttpRequest class. |
| Accept-Ranges |
Nginious includes a Accept-Ranges header with value bytes when
serving static content to clients to signal its support for byte ranges.
|
| Age | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Allow |
Set by the server in OPTIONS method requests for static content and controllers.
|
| Authorization | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Cache-Control | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Connection |
Supported in both requests and response to manage connections. Nginious uses the
Connection header in requests to determine if the client wants to keep
a persistent connection or if the connection should be closed. Nginious uses the
Connection header in responses to signal to clients that the connection
will be keep-alive persistent or closed close .
|
| Content-Encoding |
Set to value gzip in responses for static content when the content has been
gzip compressed by the server. The client must signal its interest for gzipped content with
a Accept-Encoding header in the request.
|
| Content-Language | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Content-Length |
Must be set by clients in POST and PUT method requests to
inform the server about the length of the content unless chunked encoding is used by
the client. The server also sets the Content-Length automatically for
all responses unless chunked encoding is used.
|
| Content-Location | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Content-MD5 | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Content-Range |
Set by the server in static content responses to inform clients which byte range of the
static content is served. The client must have requested a range with a Range header
in the request.
|
| Content-Type | Automatically set by the server for static content responses based on the file extension of the file containing the content. |
| Date | Set by the server for all responses to signal the response time to clients. |
| ETag | Set by the server for all static content responses. |
| Expect | Supported when sent by clients in requests. |
| Expires | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| From | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Host |
The server verifies that all requests contain a Host header and responds
with a 400 Bad Request when missing.
|
| If-Match |
When found in requests for static content the server uses the value to compare the
header value with the contents etag. If the content does not match any of the values
the server responds with a 412 Precondition Failed .
|
| If-Modified-Since |
When found in requests for static content the server checks if the content file has
changed since the date/time found in the header. The server responds with a
304 Not Modified if the content has not changed.
|
| If-None-Match |
When found in requests for static content the server checks if the contents etag value
matches any of the values found in the header and returns a 304 Not Modified
if a match is found.
|
| If-Range | Supported for range requests. |
| If-Unmodified-Since |
When found in requests for static content the server checks that the content file is
not modified since the date/time found in the header value. If the content file is modified
the server responds with a 412 Precondition Failed .
|
| Last-Modified | Set by the server in responses to static content requests. The date/time value is based on the last modified timestamp of the contents file. |
| Location | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Max-Forwards | Not supported. |
| Pragma | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Proxy-Authenticate | Not supported. |
| Proxy-Authorization | Not supported. |
| Range | The server handles range requests for static content. |
| Referer |
The server uses the information in the Referer request header when
available to log information in the access log.
|
| Retry-After | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Server | Provided in all responses. |
| TE | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Trailer | Not supported. |
| Upgrade |
Nginious supports the Upgrade header in requests to upgrade to the
WebSocket protocol.
|
| User-Agent |
The server uses the information in the User-Agent request header when
available to log information in the access log.
|
| Vary | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Via | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| Warning | Not supported directly by any functionality in the server but can be set by controllers in responses. |
| WWW-Authenticate | Not supported directly by any functionality in the server but can be set by controllers in responses. |


# extends 'base.html'
# block content
Lessons
# for lesson in lessons
{{ lesson.load_card()|safe }}
# endfor
Courses
# for course in courses
{{ course.load_card()|safe }}
# endfor
Tracks
# for track in tracks
{{ track.load_card()|safe }}
# endfor
# endblock


Welcome to Johnny's smart switch!
Open computer!
Open lights!
Close lights!
Reminder
×
Do you really wanna open the computer at this time?


THE MAN WITH THE GOLDEN GUN A film review by Steve Rhodes Copyright 1998 Steve Rhodes
RATING (0 TO ****): ** 1/2
Francisco Scaramanga, played with crisp efficiency by Christopher Lee, is an ex-KGB agent who went independent over a decade ago. Today he does million dollar hits, and for some reason he has a contract for killing James Bond. Or does he?
Although there are no known pictures of Scaramanga, his body's three nipples are well known. (This makes impersonating him unusually easy -- one fake breast, and voila). His golden gun with its golden, custom sized bullets is his trademark. The gun itself is a beautiful piece of weaponry that can be assembled on the spot from its slick, smoothly rounded pieces.
Roger Moore, in his second outing as James Bond in 1974's THE MAN WITH THE GOLDEN GUN, gets his footing after a disappointing and shaky start in his first attempt playing everyone's favorite secret agent in LIVE AND LET DIE. Moore, clearly comfortable with his part this time, executes with precision albeit not with Connery's flair and charisma. Still, Moore is believable this time as Bond, something George Lazenby never was.
The story is set in and near the beautiful Hong Kong harbor. The film, especially in its nighttime sequences, handsomely photographed by Ted Moore and Oswald Morris, continues the Bond tradition of taking us to beautiful and exotic foreign locals. The movie's loveliest scene occurs when Bond pilots a small seaplane through the rocky coast and narrow inlets of a series of tiny islands near the Chinese mainland.
Ah, the Bond women. He has them queued up for him in this one. The Bond films progressively push the limits of almost displaying nudity without ever showing it clearly. This time, for example, a woman skinny-dips in a pool, and we can almost make out her body. But the Bond films prize their family-friendly ratings so technically we don't exactly see her. As Bond says to Scaramanga, "We all get our jollies one way or another." Bond films titillate, but only within carefully controlled bounds.
Britt Ekland plays Mary Goodnight, Bond's lovely, brave, but sometimes not too bright fellow agent. "I like a girl in a bikini, no concealed weapons," Scaramanga gives as one of his techniques for protecting himself. In the case of Ekland, there are other reasons why a bikini uniform is a particularly desirable clothing choice. Maud Adams, seen a decade later as Octopussy, plays Andrea Anders, Scaramanga's girlfriend and, of course, another of Bond's lovers.
I could do without Bond's image as he smokes foot long cigars. Perhaps that was considered sexy in the 1970s. And maybe there are those who still think so today
The offensive and racist southern Sheriff J.W. Pepper (Clifton James) from the last movie appears again, this time as a tourist. An Ugly American, he spews racial epithets at the local Chinese that will have you wanting to cover your ears in shame. The nicest thing he is says is that they could get to work faster if they'd get out of those silly pajamas. One hopes that this character will not appear again.
In contrast to the poorly choreographed fight sequences in many of the earlier Bond films, this one has a perfectly executed and quite funny one set at the villain's martial arts school.
The film's obligatory car chase cum demolition derby is a carbon copy of a hundred other pictures. Only the great Bond theme music makes it anything special. The previous film, LIVE AND LET DIE, for example, had the same chase, better executed.
Two of the story's shoot-outs occur in a funhouse-style shooting gallery that looks like they were lifted straight out of an episode of the television series, "The Avengers." But given that they borrowed the idea, it's good to see that they stole from the best.
This time it's the other side that has the best gadget -- a wing with a jet engine that can be attached to a car to turn it into an airplane.
So what is Scaramanga's nefarious plan? Nothing less than a monopoly on solar energy, which we are told will upset the world's oil sheiks. Most of the story however is a simple series of chase scenes. We learn almost nothing about the grand strategy until the last twenty minutes of the picture so that it feels almost tacked on. The result is an entertaining film but not a very substantial one.
THE MAN WITH THE GOLDEN GUN runs 2:00. It is rated PG for sexual innuendo and violence and would be fine for kids around nine and up.
My son Jeffrey, almost 9, said it was an okay movie and better than the previous one with Roger Moore. He then went on to say that recommends it and that his favorite part is Bond's duel with Scaramanga.
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


Deciding what resolution to use can be a difficult question when approaching a clustering analysis. One way to approach this problem is to look at how samples move as the number of clusters increases. This package allows you to produce clustering trees, a visualisation for interrogating clusterings as resolution increases.
| Version: | 0.2.2 |
| Depends: | R (≥ 3.4), ggraph |
| Imports: | checkmate, igraph, dplyr, grid, ggplot2, viridis, methods, rlang, tidygraph, ggrepel |
| Suggests: | testthat, knitr, rmarkdown, SingleCellExperiment, Seurat, covr, SummarizedExperiment |
| Published: | 2018-07-10 |
| Author: | Luke Zappia [aut, cre], Alicia Oshlack [aut], Andrea Rau [ctb] |
| Maintainer: | Luke Zappia <luke.zappia at mcri.edu.au> |
| BugReports: | https://github.com/lazappi/clustree/issues |
| License: | GPL-3 |
| URL: | https://github.com/lazappi/clustree |
| NeedsCompilation: | no |
| Citation: | clustree citation info |
| Materials: | README NEWS |
| CRAN checks: | clustree results |
| Reference manual: | clustree.pdf |
| Vignettes: |
Plotting clustering trees |
| Package source: | clustree_0.2.2.tar.gz |
| Windows binaries: | r-devel: clustree_0.2.2.zip, r-release: clustree_0.2.2.zip, r-oldrel: clustree_0.2.2.zip |
| OS X binaries: | r-release: clustree_0.2.2.tgz, r-oldrel: clustree_0.2.2.tgz |
| Old sources: | clustree archive |
Please use the canonical form https://CRAN.R-project.org/package=clustree to link to this page.


PERF\-PROBE
Section: Misc. Reference Manual Pages (1)Updated: 10/16/2012
Index Return to Main Contents
NAME
perf-probe - Define new dynamic tracepointsSYNOPSIS
perf probe [options] --add=PROBE [...] or perf probe [options] PROBE or perf probe [options] --del=[GROUP:]EVENT [...] or perf probe --list or perf probe [options] --line=LINE or perf probe [options] --vars=PROBEPOINT
DESCRIPTION
This command defines dynamic tracepoint events, by symbol and registers without debuginfo, or by C expressions (C line numbers, C function names, and C local variables) with debuginfo.
OPTIONS
-k, --vmlinux=PATH
- Specify vmlinux path which has debuginfo (Dwarf binary).
-m, --module=MODNAME|PATH
- Specify module name in which perf-probe searches probe points or lines. If a path of module file is passed, perf-probe treat it as an offline module (this means you can add a probe on a module which has not been loaded yet).
-s, --source=PATH
- Specify path to kernel source.
-v, --verbose
- Be more verbose (show parsed arguments, etc).
-a, --add=
- Define a probe event (see PROBE SYNTAX for detail).
-d, --del=
- Delete probe events. This accepts glob wildcards(*, ?) and character classes(e.g. [a-z], [!A-Z]).
-l, --list
- List up current probe events.
-L, --line=
- Show source code lines which can be probed. This needs an argument which specifies a range of the source code. (see LINE SYNTAX for detail)
-V, --vars=
- Show available local variables at given probe point. The argument syntax is same as PROBE SYNTAX, but NO ARGs.
--externs
- (Only for --vars) Show external defined variables in addition to local variables.
-F, --funcs
- Show available functions in given module or kernel.
--filter=FILTER
- (Only for --vars and --funcs) Set filter. FILTER is a combination of glob pattern, see FILTER PATTERN for detail. Default FILTER is "!k???tab_* & !crc_*" for --vars, and "!_*" for --funcs. If several filters are specified, only the last filter is used.
-f, --force
- Forcibly add events with existing name.
-n, --dry-run
- Dry run. With this option, --add and --del doesncqt execute actual adding and removal operations.
--max-probes
- Set the maximum number of probe points for an event. Default is 128.
PROBE SYNTAX
Probe points are defined by following syntax.
-
1) Define event based on function name [EVENT=]FUNC[@SRC][:RLN|+OFFS|%return|;PTN] [ARG ...]
-
2) Define event based on source file with line number [EVENT=]SRC:ALN [ARG ...]
-
3) Define event based on source file with lazy pattern [EVENT=]SRC;PTN [ARG ...]
EVENT specifies the name of new event, if omitted, it will be set the name of the probed function. Currently, event group name is set as probe. FUNC specifies a probed function name, and it may have one of the following options; +OFFS is the offset from function entry address in bytes, :RLN is the relative-line number from function entry line, and %return means that it probes function return. And ;PTN means lazy matching pattern (see LAZY MATCHING). Note that ;PTN must be the end of the probe point definition. In addition, @SRC specifies a source file which has that function. It is also possible to specify a probe point by the source line number or lazy matching by using SRC:ALN or SRC;PTN syntax, where SRC is the source file path, :ALN is the line number and ;PTN is the lazy matching pattern. ARG specifies the arguments of this probe point, (see PROBE ARGUMENT).
PROBE ARGUMENT
Each probe argument follows below syntax.
-
[NAME=]LOCALVAR|$retval|%REG|@SYMBOL[:TYPE]
NAME specifies the name of this argument (optional). You can use the name of local variable, local data structure member (e.g. var->field, var.field2), local array with fixed index (e.g. array[1], var->array[0], var->pointer[2]), or kprobe-tracer argument format (e.g. $retval, %ax, etc). Note that the name of this argument will be set as the last member name if you specify a local data structure member (e.g. field2 for var->field1.field2.) TYPE casts the type of this argument (optional). If omitted, perf probe automatically set the type based on debuginfo. You can specify string type only for the local variable or structure member which is an array of or a pointer to char or unsigned char type.
LINE SYNTAX
Line range is described by following syntax.
-
"FUNC[@SRC][:RLN[+NUM|-RLN2]]|SRC[:ALN[+NUM|-ALN2]]"
FUNC specifies the function name of showing lines. RLN is the start line number from function entry line, and RLN2 is the end line number. As same as probe syntax, SRC means the source file path, ALN is start line number, and ALN2 is end line number in the file. It is also possible to specify how many lines to show by using NUM. Moreover, FUNC@SRC combination is good for searching a specific function when several functions share same name. So, "source.c:100-120" shows lines between 100th to l20th in source.c file. And "func:10+20" shows 20 lines from 10th line of func function.
LAZY MATCHING
-
The lazy line matching is similar to glob matching but ignoring spaces in both of pattern and target. So this accepts wildcards('*', '?') and character classes(e.g. [a-z], [!A-Z]).
e.g. a=* can matches a=b, a = b, a == b and so on.
This provides some sort of flexibility and robustness to probe point definitions against minor code changes. For example, actual 10th line of schedule() can be moved easily by modifying schedule(), but the same line matching rq=cpu_rq* may still exist in the function.)
FILTER PATTERN
-
The filter pattern is a glob matching pattern(s) to filter variables. In addition, you can use "!" for specifying filter-out rule. You also can give several rules combined with "&" or "|", and fold those rules as one rule by using "(" ")".
e.g. With --filter "foo* | bar*", perf probe -V shows variables which start with "foo" or "bar". With --filter "!foo* & *bar", perf probe -V shows variables which doncqt start with "foo" and end with "bar", like "fizzbar". But "foobar" is filtered out.
EXAMPLES
Display which lines in schedule() can be probed:
-
./perf probe --line schedule
Add a probe on schedule() function 12th line with recording cpu local variable:
-
./perf probe schedule:12 cpu or ./perf probe --add='schedule:12 cpu'
-
this will add one or more probes which has the name start with "schedule".
-
Add probes on lines in schedule() function which calls update_rq_clock().
-
./perf probe 'schedule;update_rq_clock*' or ./perf probe --add='schedule;update_rq_clock*'
Delete all probes on schedule().
-
./perf probe --del='schedule*'
SEE ALSO
perf-trace(1), perf-record(1)
Index
- NAME
- SYNOPSIS
- DESCRIPTION
- OPTIONS
- PROBE SYNTAX
- PROBE ARGUMENT
- LINE SYNTAX
- LAZY MATCHING
- FILTER PATTERN
- EXAMPLES
- SEE ALSO
This document was created by man2html, using the manual pages.
Time: 05:29:07 GMT, December 24, 2015


mdl.eyetracking.calibration¶
-
class
mdl.eyetracking.
calibration
(w, h, tracker, window)[source]¶ This allows mdl.eyetracking package to initiate calibration/validation/drift correction.
Methods
alert_printf
draw_cross_hair
draw_image_line
draw_line
erase_cal_target
exit_image_display
getColorFromIndex
get_input_key
get_mouse_state
play_beep
set_image_palette
setup_image_display
clear_cal_display draw_cal_target draw_lozenge exit_cal_display image_title record_abort_hide setup_cal_display -
draw_line
(x1, y1, x2, y2, colorindex)[source]¶ Draw a line. This is used for drawing crosshairs/squares.
-
get_input_key
()[source]¶ This function will be constantly pools, update the stimuli here is you need dynamic calibration target.
-


The algorithm/range.h
header defines an algorithm that extracts a range of elements from a generic data structure.
#include <chaos/preprocessor/algorithm/range.h>
The CHAOS_PP_RANGE
macro extracts the range of elements specified by its first two arguments from its third argument.
CHAOS_PP_RANGE
(i, len, g)
The zero-based index of the first element to be extracted.
Valid values range from 0
to
- 1.
CHAOS_PP_SIZE
(g)
The number of elements to be extracted.
Valid values range from 0
to
- i.
CHAOS_PP_SIZE
(g)
The generic data structure from which elements are to be extracted.
This macro expands to a generic data structure of the same type as g containing len elements from g starting at the i-th element of g. Consequently, g must contain the entire range specified by i and len.
The efficiency of the algorithm's use of the recursion backend can be described in terms of the number of recursion steps required to complete the algorithm. The asymptotic upper and lower bounds are Θ(i+n+1), where i is i and n is len.
This macro uses bypass semantics.
If bypass semantics are already in effect, CHAOS_PP_RANGE_BYPASS
must be used instead.
CHAOS_PP_DROP
CHAOS_PP_SEQ_DROP
CHAOS_PP_SEQ_RANGE
CHAOS_PP_SEQ_TAKE
CHAOS_PP_TAKE
CHAOS_PP_TUPLE_DROP
CHAOS_PP_TUPLE_RANGE
CHAOS_PP_TUPLE_TAKE
#include<chaos/preprocessor/algorithm/range.h>
#include<chaos/preprocessor/string/core.h>
CHAOS_PP_RANGE
(2, 4, (CHAOS_PP_STRING
) 0 1 2 3 4 5 6 7 8 9) // (CHAOS_PP_STRING
) 2 3 4 5
The CHAOS_PP_RANGE_ID
macro indirectly expands to CHAOS_PP_RANGE
.
CHAOS_PP_RANGE_ID
()
This macro effectively allows CHAOS_PP_RANGE
to pass through itself without becoming disabled.
The CHAOS_PP_RANGE_
macro expands to a λ expression representing CHAOS_PP_RANGE
.
CHAOS_PP_RANGE_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_RANGE_BYPASS
macro behaves identically to CHAOS_PP_RANGE
except that it is parametized by the bypass recursion state.
CHAOS_PP_RANGE_BYPASS
(s, i, len, g)
The current bypass recursion state.
The zero-based index of the first element to be extracted.
Valid values range from 0
to
- 1.
CHAOS_PP_SIZE
(g)
The number of elements to be extracted.
Valid values range from 0
to
- i.
CHAOS_PP_SIZE
(g)
The generic data structure from which elements are to be extracted.
If bypass semantics are already in effect, this macro must be used instead of CHAOS_PP_RANGE
.
The CHAOS_PP_RANGE_BYPASS_ID
macro indirectly expands to CHAOS_PP_RANGE_BYPASS
.
CHAOS_PP_RANGE_BYPASS_ID
()
This macro effectively allows CHAOS_PP_RANGE_BYPASS
to pass through itself without becoming disabled.
The CHAOS_PP_RANGE_BYPASS_
macro expands to a λ expression representing CHAOS_PP_RANGE_BYPASS
.
CHAOS_PP_RANGE_BYPASS_
This macro is a shorthand form of the following λ binding:


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How would I go about proving things about functions between sets, especially finite sets? I see some machinery for sets (really, "subsets" of a given type), but nothing about functions between them. On the other hand, I can certainly have functions between types, but I don't see a convenient way to produce a particular "finite type".
what do you want to do with them exactly?
for the most part you can just write functions between types
which happen to be finite
Let's say I want to construct a particular finite type, e.g., of size n. How do I do it?
And how do I prove things about it?
fin n
is a type of size n
and functions out of fin n
have various properties not shared by general types, for example list.of_fn
turns a function out of fin n
into a list of values
Where is the code for fin?
init/data/fin
I think
it's imported by default
I don't see "list" in there.
that definition is in data.list.basic
How would I go about constructing a function out of a S:fin n ?
You can just define the function as a lambda...
or you can use fin.cases
Not sure how to construct anything other than identity function that way. Because I don't know what the "elements" of fin n are called.
0
, 1
, 2
, ...
Where in the code for fin does it say that I can do that?
has_one
and has_add
give you that for free
init.fin.ops
I think
Nothing about looking at the code would suggest why that's the case
The code that actually causes 2
to be parsed as bit0 1
is in the parser (C++ code), and bit0
is defined in init.core
okay
I'd rather read the documentation than look at the code, but there doesn't seem to be any.
Every type that has a 0 and 1 and addition has all numerals
So I can treat elements of a fin n as natural numbers, e.g., add them and such?
yes
Here's the definition of fin
in init/data/fin/basic.lean
:
structure fin (n : nat) := (val : nat) (is_lt : val < n)
This says that fin
takes as input n
, which should be a nat
(natural number). fin n
is then a structure (a certain simple kind of inductive type) which contains a field called val
(which takes values in nat
) and a field called is_lt
(which is a proof that val < n
). So I would say that (val : nat)
tells you that the elements of fin n
can be written as natural numbers.
I see.
when you write 10 : fin 3
you actually get 1 = 10 % 3
Suppose I have an a:nat and an h:a<10. How do I construct an element of fin 10 from that?
\langle a, h\rangle
Nothing more readable than than?
than that?
There are several ways to write constructors for structures
@Mario Carneiro This is how I would do it:
def foo : fin 3 → nat | ⟨0, _⟩ := 7 | ⟨1, _⟩ := 5 | ⟨2, _⟩ := 6 | ⟨n+3, h⟩ := absurd h (by simp)
Is there a better way?
In VS code when you start typing \langle
, you can hit tab and it will autocomplete into the left angle bracket unicode symbol ⟨
What is "by simp" doing there?
And you can always put in an explicit type ascription if you're worried that the ⟨⟩ syntax is too obscure.
Assume I know nothing. What is an explicit type ascription?
e.g. let f := (⟨a : nat ,h : a < 10⟩ : fin 10)
A type ascription is this colon syntax; basically the stuff to the right of the colon is the type of the stuff to the left.
@Jeremy Avigad That's the nicest way to define functions out of fin n
currently (and you can use dec_trivial
in place of by simp
), although if you want to prove properties about it fin.cases
gives a slightly better reasoning
I've been wondering whether we should have an explicit fin2 n
type defined as an inductive type so that you get a nice recursion principle
(This type actually exists in dioph.lean
but is unused elsewhere)
@Jeremy Avigad When I put in that code, it says "simplify tactic failed to simplify"
@Jeremy Avigad When I put in that code it says "simply tactic failed to simplify"
Each element of fin 3
is something of the form fin.mk n h
where n
is a natural number and h : n < 3
. We can abbreviate fin.mk n h
as ⟨n, h⟩
because Lean can figure out the relevant constructor from the context.
The style of writing functions using definition by cases is described in Chapter 8 of Theorem Proving in Lean: https://leanprover.github.io/theorem_proving_in_lean/. In the last case, h
is of the form n + 3 < n
. We can rule out the case by showing that it is never true. by simp
calls some built in automation to do that. As Mario points out, dec_trivial
does something similar. It recognizes that there is a built-in procedure for evaluating inequalities, and uses that to determine that the negation of n + 3 < 3
is true.
@Charles Rezk does absurd h dec_trivial
work in place of that code?
Yes, replacing (by simp)
with dec_trivial
works.
you may need some simp lemmas from mathlib
yes
grrr
do you not use mathlib?
Sure I use mathlib.
@Jeremy Avigad I think you mean n + 3 < 3
I probably haven't gotten to it. I'm still trying to figure out functions from finite sets.
gotten to what
I don't know. I started trying to look at groups, then I went backwards because i didn't know how to do anything.
@Scott thanks, fixed. @Charles, you are right. If you add import filter.order
to the top of the file it should work. As Mario points out, absurd h dec_trivial
also works without importing anything.
it's in filter.order? That's embarrasing
It's probably in something more basic, I just happened to have filter.order
open and that was sufficient.
also, I think you mean order.filter
Using squeeze_simp
, it's simp only [not_lt, zero_le, le_add_iff_nonneg_left]
, where not_lt
is in algebra.order
and the other two are in algebra.ordered_group
.
How would I write that without using any tactics?
dec_trivial
I'll let someone more knowledgeable try to explain what precisely it's doing under the hood.dec_trivial
isn't a tactic, technically, though it's true that it is kind of opaque.
It looks like the term (not_lt.mpr $ (le_add_iff_nonneg_left 3).mpr $ zero_le n)
also works, though I just reverse-engineered this from the squeeze_simp
output above.
there are more efficient term proofs too
but that's the one that simp finds
@Charles Writing out a fully detailed proof from basic lemmas is painful. Here is one way to do it:
example (n : nat) : ¬ (n + 3 < 3) := have h1 : 0 ≤ n, from nat.zero_le n, have h2 : 0 + 3 ≤ n + 3, from nat.add_le_add_right h1 3, have h3 : 3 ≤ n + 3, from h2, show ¬ (n + 3 < 3), from not_lt_of_ge h3
But this is the sort of thing we really want automation to do: we should just say "this is obvious" and let Lean figure it out. The fact that we generally have to muck around to figure out what to do is a sign that interactive theorem proving is not yet ready for prime time. We are not yet where we want to be.
In fact, Scott Morrison has written an automated procedure called tidy
that tries lots of "straightforward" things. In this case, it works:
import tactic.tidy example (n : nat) : ¬ (n + 3 < 3) := by tidy
I understand, but I'm trying to understand what is actually going on here.
In this case, tidy just calls dec_trivial
as you can see if you put in tidy { trace_result:=tt}
.
It's not clear to me why I should have to have anything there: defining a function out of fin 3, I wouldn't expect to have to say anything abut its values on 3,4,5,...
But an element of fin 3
is defined as a nat
called val
plus a proof that val
is less than 3. So to define a function out of fin 3
you need to tell it what to do for every nat
.
For val
=3,4,5,... that means that you have to show that the proof that val<3
can't exist.
The fin.cases
approach avoids this, although it can't use the equation compiler because it's not built in to lean.
def f : fin 3 → ℕ := fin.cases 7 $ fin.cases 5 $ fin.cases 6 $ λ x, x.elim0
def f : fin 3 → ℕ := fin.cases 7 $ fin.cases 5 $ λ _, 6
the last one you can also do in the equation compiler version:
def foo : fin 3 → nat | ⟨0, _⟩ := 7 | ⟨1, _⟩ := 5 | ⟨_, _⟩ := 6
@Charles Rezk Have you seen the tutorials by Neil Strickland? They are amazing. I think they can help you get up to speed with Lean. Besides that, most of us has learned everything we know by just being very persistent in asking questions here.
I would recommend slowly working through "Theorem Proving in Lean" as well. The lean-focused chapters of Logic & Proof were also quite useful to me.
@Charles Rezk The thing about fin 3
is that it's a theorem that it has three elements. If you make your own type which has three elements "by definition" then you could do this:
inductive threetype : Type | zero : threetype | one : threetype | two : threetype open threetype definition f : threetype → ℕ | zero := 59 | one := 65537 | two := 341
You can think of the n + 3 > 3
story as just supplying the proof that there aren't any more elements of fin 3
.
I'll let someone more knowledgeable try to explain what precisely it's doing under the hood.dec_trivial
isn't a tactic, technically, though it's true that it is kind of opaque.
The writers of TPIL probably fit the bill:
https://leanprover.github.io/theorem_proving_in_lean/type_classes.html#decidable-propositions
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Google Earth Enterprise Documentation Home | Fusion administration
Troubleshoot push/publishing issues 5.x
If you're having problems pushing/publishing a database, follow the troubleshooting steps below to debug the issue.
A note about pushing and publishing databases
The push operation copies all the necessary files associated with a given 2D/3D Fusion database version from the Fusion host to Google Earth Enterprise Server and registers the database. Pushing is performed from Fusion.
The publish operation makes a previously pushed database available for serving at a specified publish point. Publishing is performed on Google Earth Enterprise Server.
WIth disconnected publishing, you can create a database that can be output to portable media, which can then be pushed and published to GEE Server.
- Push and publish databases
- Publish databases and portables
- Publish databases using disconnected publishing
Troubleshoot Push Issues
Errors in the push operation may occur when Fusion fails to copy and register the database files to GEE Server. Use the following debugging steps, presented in a logical order, to uncover and solve any push issues. The error you encounter may depend on the push method you use. For example, a local push may fail simply because of a shortage of disk space. A remote push may fail because of an incorrect server association setting.
Push methods
The push method depends on how data is transferred between the GEE Fusion host and GEE Server.
- Local push. GEE Fusion and Server are on the same host.
- Remote push. GEE Fusion pushes to a physically separate GEE Server.
- Disconnected push. Data is transferred from the Fusion host to the GEE Server by hard disk instead of a network. For information about pushing disconnected databases, see Publish databases using disconnected publishing.
Check your server is running correctly
If your attempts to push a database result in an error message: “No status message returned from request: http://your.GEEServer.com Unable to contact stream data server,” GEE Server may not be running. Try these steps to determine the state of GEE Server:
- Try restarting GEE Server:
sudo /etc/init.d/geserver restart
- Enter the URL of GEE Server in a browser. You should see the Google Earth Enterprise Server splash screen.
- Login to the Admin console of GEE Server:
- Go to myserver.mydomainname.com/admin, replacing myserver and mydomainname with your server and domain.
- Sign in with the default credentials:
Username: geapacheuser
Password: geeadmin
To reset the username and password, run the following command, which prompts you to enter a new username and password:sudo /opt/google/gehttpd/bin/htpasswd -c
/opt/google/gehttpd/conf.d/.htpasswd new_user_nameIf you do not know your username and password, contact your system administrator.
- Review the HTTP and Postgres processes. They should look something like this:
# ps -ef | grep http
root 9220 1 0 Mar13 ? 00:00:00 /opt/google/gehttpd/bin/gehttpd
505 14608 9220 0 Mar15 ? 00:00:00 /opt/google/gehttpd/bin/gehttpd
505 14609 9220 0 Mar15 ? 00:00:00 /opt/google/gehttpd/bin/gehttpd
# ps -ef | grep post
gepguser 9206 9195 0 Mar13 ? 00:00:00 postgres: writer process
gepguser 9207 9195 0 Mar13 ? 00:00:00 postgres: stats buffer process
gepguser 9208 9207 0 Mar13 ? 00:00:00 postgres: stats collector process
gepguser 10639 9195 0 Mar13 ? 00:00:00 postgres: geuser gesearch <IP_ADDRESS>(32772) idle
gepguser 10640 9195 0 Mar13 ? 00:00:00 postgres: geuser gesearch <IP_ADDRESS>(32773) idle
gepguser 10641 9195 0 Mar13 ? 00:00:00 postgres: geuser gepoi <IP_ADDRESS>(32774) idle
gepguser 10642 9195 0 Mar13 ? 00:00:00 postgres: geuser geplaces <IP_ADDRESS>(32775) idle
If you have any defunct processes or other unusual entries, stop them or try to find out why they are running. Run
/etc/init.d/geserver restart
to make sure that the server shuts down and starts up quickly with no error messages.  - Delete the
postmaster.pid
file:rm /var/opt/google/pgsql/data/postmaster.pid
. (Thepostmaster.pid
file may not have been deleted if PostgreSQL services have not been stopped correctly, thereby preventing another instance of GEE Server from starting.) - Reboot your GEE server.
- Re-run the two
ps
commands and thegeserver restart
command to make sure that everything is running properly.
- Shut down the server:
- Review the
wsgi:ge
processes, which are GEE Server services that support pushing and publishing. They should look something like this:ps -ef | grep 'wsgi:ge'
65609 7272 3445 0 Aug10 ? 00:00:11 (wsgi:ge_push_serve) -k start
65609 7273 3445 0 Aug10 ? 00:00:12 (wsgi:ge_publish_serve) -k start
65609 7274 3445 0 Aug10 ? 00:00:11 (wsgi:ge_publish_aux_serve) -k start
Check your hostnames
Check sure that hostname -f
returns the hostname you think it should. Make sure that the hostname -f
is consistent between the GEE server, the DNS entry for the GEE server, and any local hosts files. When you install Fusion and GEE Server on your machine, the software queries the hostname of the server. This is used in all asset builds on Fusion. You can see what Fusion has registered as your hostname by looking at the host entry in the volumes.xml
file in /ASSET_ROOT/.config/volumes.xml
. Do not edit this file by hand.
To correct the hostname for all assets on your server, run geconfigureassetroot --fixmasterhost
.
Check your GEE Server with geserveradmin
From the Fusion server, list the virtual servers on the GEE server and show the databases that have been pushed:
geserveradmin --stream_server_url http://earth.int --listvhs
geserveradmin --stream_server_url http://earth.int --listdbs
Show the databases that are currently published:
geserveradmin --stream_server_url http://earth.int --publisheddbs
These commands should all work without error.
Check your server associations
Open the Server Associations Manager tool from Fusion. Make sure that the server associations are correct. Open the server association that you are trying to push to. There should be no error messages when you open it.
Verify which user account you are pushing with
All pushes from the Fusion system should be performed by a non-root user account. A basic user account has sufficient privileges to push databases locally on the Fusion system or remotely to the GEE Server system. Using the root account for pushes can introduce file-level permission problems (see next topic).
Verify the umask settings are 0022
Temporary files are written into the /tmp
folder of the Fusion system during a publish, which inherit permission settings of the user account used to publish (geuser
, root
, etc). These files are then read by the GEE Server user accounts (geapacheuser
), which belong to the gegroup
user group. Publish failures can happen if the gegroup
accounts cannot read the files in /tmp
, such as having very restrictive umask settings such as 0077 for all user accounts, or in the case of publishing while logged in as root.
To check the unmask settings for your GEE Server accounts, type umask
on the command line while logged into the Fusion system.
Check your disk space
If the GEE Server runs out of disk space, the push will fail. Run df -h
to see if you have space left on the server. If you are out of space, use geserveradmin
to delete some of the old databases that have been pushed to the server and then run garbagecollect
to clean up the old data.
Garbage collection deletes unused data from database versions deleted with geserveradmin
. It is not the same as deleting a database version in its entirety. If a database version is deleted directly from the file system, it usually breaks all subsequent versions of the database.
You can use the geserveradmin
command on the Fusion server to manage both locally pushed and remotely pushed databases. The geserveradmin
command includes a --stream_server_url
option that directs it to the server IP address or URL where the function should be run. If you omit this option, the geserveradmin
command defaults to the local machine.
The commands below show how to use geserveradmin
to clean up unused data from the earth.int
server.
Assuming that fusion.int
is the Fusion system and server.int
is the GEE Server system, the commands on the remote server (earth.int
) are:
- To list all pushed databases, optionally using
--portable
to specify portable databases only:geserveradmin --stream_server_url http://earth.int --listdbs [--portable]
- To list published databases, optionally using
--portable
to specify portable databases only:geserveradmin --stream_server_url http://earth.int --publisheddbs [--portable]
- To delete specific database versions:
geserveradmin --stream_server_url http://earth.int --deletedb /path/to/mydatabase.kdatabase/verZYX/gedb
- To perform garbage collecting for deleted databases (stream):
geserveradmin --stream_server_url http://earth.int --garbagecollect
Troubleshoot Publishing Issues
Errors in the publish operation may occur when GEE Server cannot publish to the specified publish point.
Delete your broken publish and try again
If you have had a successful publish previously, then you should already have at least one good copy of the database pushed to the GEE Server. If a recent publish keeps failing, you can remove the recent broken publish and try again.
Show the pushed and published databases, adding the optional --portable
to specify portable databases only:
geserveradmin --stream_server_url http://earth.int --listdbs [--portable]
geserveradmin --stream_server_url http://earth.int --publisheddbs [--portable]
Use geserveradmin
to publish one of your older database versions, then use geserveradmin
to delete the recent, broken publish. Clean up the garbage, then try the publish again.
For example, if version 2 was working but version 4 is broken, re-try pushing version 4 of the database:
geserveradmin --stream_server_url http://earth.int --deletedb /gevol/assets/Databases/GoogleEarth.kdatabase/gedb.kda/ver004/gedb
geserveradmin --garbagecollect --server_type stream
geserveradmin --stream_server_url http://earth.int --adddb /gevol/assets/Databases/GoogleEarth.kdatabase/gedb.kda/ver004/gedb
geserveradmin --stream_server_url http://earth.int --pushdb /gevol/assets/Databases/GoogleEarth.kdatabase/gedb.kda/ver004/gedb
Disconnected publishing issues
If you publish a disconnected database and it fails when you attempt to push the database, it may be that gedisconnectedsend --sendpath
created folders with user/group permissions only, preventing the file from being read by geapacheuser:gegroup
, which is used by geserveradmin --pushdb
.
Try resetting the permissions on the folders created by gedisconnectedsend --sendpath
and try the --pushdb
again.
Check your log files
If you're having push or publishing issues, there are several log files you can review for errors.
| Log file | Error logging reported |
|---|---|
/opt/google/gehttpd/logs/error_log |
Log file containing GEE Server publishing errors and authentication notices. |
/opt/google/gehttpd/logs/access_log |
Log file containing HTTP GET requests for GEE Server. |
/opt/google/gehttpd/logs/gestream_publisher.out /opt/google/gehttpd/logs/gesearch_publisher.out |
Log files containing detailed GEE Server publishing errors. |
/var/opt/google/pgsql/logs/pg.log |
Log file containing postgres processing information for GEE Server. Note that “root” privileges are required to open this log file: use sudo su. |
/home_dir_of_user/.fusion/gepublishdatabase.date.time |
Log file containing information about push attempts from Fusion. |


For a while I have used the following template for auto-generated method stubs in Eclipse:
int todoTestAndImplement; throw new UnsupportedOperationException("TODO test and implement");
The first line makes sure the stub is shown on the problems tab, making it more difficult to forget than items on the tasks tab.
The second line relies on the courage TDD gives. A runtime exception is really what I want before the new method is really done.
Originally published on 2008-12-02 at http://www.jroller.com/wipu/entry/todo_test_and_implement under category Java


404 - Not Found
We couldn't find the documentation you're looking for. You can go back to our home or try a keyword and we'll help you find what you need.
We couldn't find the documentation you're looking for. You can go back to our home or try a keyword and we'll help you find what you need.


From Israel Adesanya to Khabib Nurmagomedov to Jon Jones, SPORTbible takes a look at 10 MMA stars who could be the highest rated in UFC 4.
Marcus Rashford Is More Than Just A Footballer. He's A Role Model For People Of All Ages
He has used his position to make a difference.
Marcus Rashford Is More Than Just A Footballer. He's A Role Model For People Of All Ages
He has used his position to make a difference.
Sunday League Manager Invests In Card Machine To Keep On Top Of Match Fees
No excuses.


You will have received the FoX source code as a tar.gz file.
Unpack it as normal, and change directory into the top-level directory, FoX-$VERSION.
FoX requires a Fortran 95 compiler - not just Fortran 90. All currently available versions of Fortran compilers claim to support F95. If your favoured compiler is not listed as working, I recommend the use of g95, which is free to download and use. And in such a case, please send a bug report to your compiler vendor.
In the event that you need to write a code targetted at multiple compilers, including some which have bugs preventing FoX compilation, please note the possibility of producing a dummy library.
In order to generate the Makefile, make sure that you have a Fortran compiler in your PATH
, and do:
./configure
This should suffice for most installations. However:
You may not be interested in all of the modules that FoX supplies. For example, you may only be interested in output, not input. If so, you can select which modules you want using --enable-MODULENAME
where MODULENAME is one of wxml
, wcml
, wkml
, sax
, dom
. If none are explicitly enabled, then all will be built. (Alternatively, you can exclude modules one at a time with --disable-MODULENAME
) Thus, for example, if you only care about CML output, and not anything else: ./configure --enable-wcml
If you have more than one Fortran compiler available, or it is not on your PATH
, you can force the choice by doing:
./configure FC=/path/to/compiler/of/choice
It is possible that the configuration fails. In this case
By default the resultant files are installed under the objs directory. If you wish them to be installed elsewhere, you may do
./configure --prefix=/path/to/installation
Note that the configure process encodes the current directory location in several places. If you move the FoX directory later on, you will need to re-run configure.
You may be interested in dummy compilation. This is activated with the --enable-dummy
switch (but only works for wxml/wcml currently).
./configure --enable-wcml --enable-dummy
In order to compile the full library, now simply do:
make
This will build all the requested FoX modules, and the relevant examples
In the full version of the FoX library, there are several testsuites included.
To run them all, simply run make check
from the top-level directory. This will run the individual testsuites, and collate their results.
If any failures occur (unrelated to known compiler issues, see the up-to-date list), please send a message to the mailing list<EMAIL_ADDRESS>with details of compiler, hardware platform, and the nature of the failure.
The testsuites for the SAX and DOM libraries are very extensive, and are somewhat fragile, so are not distributed with FoX. Please contact the author for details.
A script is provided which will provide the appropriate compiler and linker flags for you; this will be created after configuration, in the top-level directory, and is called FoX-config
. It may be taken from there and placed anywhere.
FoX-config takes the following arguments:
--fcflags
: return flags for compilation--libs
: return flags for linking--wxml
: return flags for compiling/linking against wxml--wcml
: return flags for compiling/linking against wcml--sax
: return flags for compiling/linking against saxIf it is called with no arguments, it will expand to compile & link flags, thusly:
f95 -o program program.f90 `FoX-config`
For compiling only against FoX, do the following:
f95 -c `FoX-config --fcflags` sourcefile.f90
For linking only to the FoX library, do:
f95 -o program `FoX-config --libs` *.o
or similar, according to your compilation scheme.
Note that by default, FoX-config
assumes you are using all modules of the library. If you are only using part, then this can be specified by also passing the name of each module required, like so:
FoX-config --fcflags --wcml
Because of the shortcomings in some compilers, it is not possible to compile FoX everywhere. Equally, sometimes it is useful to be able to compile a code both with and without support for FoX (perhaps to reduce executable size). Especially where FoX is being used only for additional output, it is useful to be able to run the code and perform computations even without the possibility of XML output.
For this reason, it is possible to compile a dummy version of FoX. This includes all public interfaces, so that your code will compile and link correctly - however none of the subroutines do anything, so you can retain the same version of your code without having to comment out all FoX calls.
Because this dummy version of FoX contains nothing except empty subroutines, it compiles and links with all known Fortran 95 compilers, regardless of compiler bugs.
To compile the dummy code, use the --enable-dummy
switch. Note that currently the dummy mode is not yet available for the DOM module.
The "-full" versions of FoX are also shipped with files to help compile the code on using other systems using CMake or from within Microsoft Visual Studio. Brief instructions for using these files are below.
CMake does not build software itself but generates makefiles or projectfiles (depending on the platform), that are then used to compile the software, it should thus be a cross platform method for building FoX (in theory at least).
Files needed for building FoX with CMake are included in the "-full" distribution. These can:
do similar checks as current build tools to check for example how ABORT and FLUSH work, wether or not certain bugs in compilers are present,
compile FoX into static libraries.
generate Fortran files from m4 sources if m4 is present.
do out-of-source build, does not interfere with current build system
do a parallel build of fox (make -j)
However, CMake cannot, at present, build the run the test suite or the packaging scripts used for release. To build FoX with CMake the following is needed:
CMake version >= 2.6.0
usual build tools: fortran compiler, make, ld, ...
m4 to generate fortran files from m4 sources (optional).
CMake Build instructions (linux): Once you installed cmake, go to the main directory of fox and create a build directory, and from there, execute cmake thus:
cd fox/
mkdir build/ && cd build/
cmake ../
make -j
Libaries and module files can then be found in the subdirectories of build.
It is also possible to build FoX from within Microsoft Visual Studio and the file FoX.vfproj contains a Visual Studio project for Intel Fortran to simplify this process. At time of writing, it is compatible with Visual Studio 2011 and Intel Visual Fortran Composer XE 2011.
The project will build FoX in one of the four configurations: Win32/x64 and debug/release. When building FoX for a specific configuration, an output library file Fox_debug.lib or Fox.lib and associated modules are created in a folder in a relative path ../lib or ../libx64 respectively.
For a given configuration in in your application project you will then need to:
In "Fortran" "General" "Additional Include Directories" add the respective modules folder (generated above)
In "Linker" "General" "Additional library directories" add the path to the respective lib or libx64 folder.
In "Linker" "Input" "Additional dependencies" add Fox_debug.lib or FoX.lib respectively.
Your application should now be able to build and link with FoX.


Developer of things. Java + all the frontend jazz. Also, not from Indore, don’t do UX. Long story. I am a Software Engineer currently working at Yash Technologies, Crystal IT park Indore. I was a freelance web and android developer before joining Yash.
I can construct a building in JAVA :|
Anyone offering me a good package hike or someone with a cool new idea for a startup or you can give me a week's time and expect a month's work :P ofcourse with the whole month's pay
It is a lightweight ad free music player for android that can play youtube music in the background.
My first corporate application that is critical for business as it maintains the data related to various dealers.
A web based tool to gather information from varoius devices remotely and show analytical information critical for cost reduction as well as monitoring of the device parameters remotely


{% extends "cctbx/header.html" %} {% load static %} {% block content %}
Learn how to use the cctbx model manager. It lets you do some basic operations on models. This tutorial shows how to set up the model manager, apply coordinate shifts, do atom selections and calculate model-based map coefficients.
A macromolecular structure is usually represented by a model manager object in cctbx and is typically called a “model”. A model usually consists of one or more chains - polypeptide chains for a protein, nucleic acid chains for DNA or RNA - with chain names like chain A, chain S etc. Each chain is composed of a series of amino acid or nucleic acid residues, such as leucine for protein or guanine for RNA, with each residue having a name and a number. Each residue constitutes a set of atoms, for example N, CA, C, O for the main chain of a protein. Then for each atom, the model normally contains values of its coordinates (x, y, z), a B-value (atomic displacement parameter), and an occupancy (zero to one). There may be additional parameters describing an atom, such as anisotropic B-values.
There may also be ligands, water molecules, and other coordinate information represented in a model object. These are typically called “heteroatoms” to differentiate them from the “atoms” of the protein or nucleic acid.
In addition to the description of atomic contents of a structure, a model object contains information about the size of the box in which the model placed. This box corresponds, for a cryo-EM structure, to the box of density in the reconstruction. For a crystal structure the box is the unit cell (smallest unit repeated by translations) of the crystal. This box is usually represented as a “crystal_symmetry” object containing the symmetry of the box of density (P1, or no symmetry for cryo-EM, any crystallographic symmetry for a crystal structure), and also containing the dimensions and angles of the box. A map and a model, each representing the full box, normally will have the same crystal_symmetry object representing them.
The model object also may contain information about the geometrical restraints to be applied to the model coordinates. These may include expected distances between atoms, bond angles and torsion angles. They may also include information about the relationship between the coordinates in this model and some other reference structure, or between different parts of this model that are related by symmetry within the molecule.
The most commonly used file types to store a macromolecular model are the 'mmCIF' and the 'PDB' format. Both are text files that can be opened in a text editor. The PDB format can be easily read by eye, as the information is arranged in fixed format columns. The mmCif format is hard to read by eye and must usually be interpreted by software. As the mmCIF format is more general, it has replaced the PDB format for "official" use, such as in the Protein Data Bank. However, PDB files can be still used by many programs and it is useful for illustrating the concepts of a model. For this reason, the cctbx documentation will often use PDB files as example.
Below is simple model in PDB format:
This model represents a leucine residue in a P1 unit cell. The CRYST1 line gives the cell dimensions (22.411, 28.923, 23.598) in Angstroms, the cell angles (90, 90, 90) in degrees, and the space group (P1, or no symmetry). The SCALE lines give the relationship between cartesian coordinates and fractional coordinates. The ATOM lines consist of an atom number (1-8 in this example), atom names (N, CA, etc), residue name (LEU), chain ID (B), residue number (219), coordinates (e.g., (14.476, 10.570, 8.342)), the occupancy of each atom (fraction of time this atom is thought to be present, from zero to one), and B-value (30.00, a measure of how variable the position of this atom is). The last characters in the line represent the element of the atom (N, C, O etc).
This simple (PDB) representation is sufficient to define many aspects of a model and can be recognized by the model manager. The mmCIF representation has more flexibility but generally contains the same information.
The cctbx model manager lets you view and change many attributes of a model. Let’s work with a library model that we can obtain with the map_model_manager (revisit this page if you need a refresher on high level objects):
from iotbx.map_model_manager import map_model_manager # load in the map_model_manager
mmm=map_model_manager() # get an initialized instance of the map_model_manager
mmm.generate_map() # get a model from a small library model and calculate a map for it
mmm.write_map("map.mrc") # write out a map in ccp4/mrc format
mmm.write_model("model.pdb") # write out a model in PDB format
Then we will set up the DataManager and read the example model (described here):
from iotbx.data_manager import DataManager # Load in the DataManager
dm = DataManager() # Initialize the DataManager and call it dm
dm.set_overwrite(True) # tell the DataManager to overwrite files with the same name
model_filename="model.pdb" # Name of model file
model = dm.get_model(model_filename) # Deliver model object with model info
Below is a figure of the model. It represents a short helical fragment.
Now let’s get an array containing the coordinates of the atoms in our model:
sites_cart = model.get_sites_cart() # get coordinates of atoms in Angstroms
We can look at the value of the first coordinate in this list (x, y, z):
print (sites_cart[0]) # coordinates of first atom
This yields:
(14.476000000000003, 10.57, 8.342)
Notice that these are the same values that were on the first line of the PDB representation of this model:
There are many things you can do with a model. The fundamental one is that you can change the coordinates. We’ll use a little tool called “col” to allow us to add the coordinate shift (1,0,0), adding +1 Angstrom in X, to all the coordinates in the model:
sites_cart = model.get_sites_cart() # get coordinates of our model
from scitbx.matrix import col # import a tool that handles vectors
sites_cart += col((1,0,0)) # shift all coordinates by +1 A in X
model.set_sites_cart(sites_cart) # replace coordinates with new ones
print (model.get_sites_cart()[0]) # print coordinate of first atom
This yields:
(15.476000000000003, 10.57, 8.342)
We can write out or shifted model and see that it has shifted from its original position:
dm.write_model_file(model, "shifted_model.pdb", overwrite=True)
Below is a figure showing the initial model (shown as lines) and the shifted model (blue stick representation).
Sometimes you want to perform action on parts of a model. The cctbx model manager lets you create a new model containing only a selected part of your current model. This is a really powerful feature. Let’s select a few parts of our model and work with them. First let’s get a clean copy of our model by loading the initial file (model.pdb):
model_filename="model.pdb" # Name of model file
model = dm.get_model(model_filename) # Deliver model object with model info
The model contains residues from 219 to 228, but how would we know this without looking at the model in a viewer or in a text editor? Let’s see how we could find out what residues are in this model by selecting all the atoms named “CA” and printing them out (here CA is one of the 4 protein main-chain atoms which are N, CA, C, O):
sel = model.selection("name CA") # identify all the atoms in model with name CA
The selection array sel
is a one-dimensional array with one value for each atom in the model (i.e. if the model has n atoms, the array has length n). Each value is either True (keep this atom) or False (do not include this atom). Next we create a new model, selecting atoms based on the sel
selection object:
ca_only_model = model.select(sel) # select atoms identified by sel and put in new model
Now ca_only_model
is a new model that contains a piece of the original model object. In this case it contains all the atoms with the name “CA”. Let’s print it in PDB format to see what residues are present:
print (ca_only_model.model_as_pdb()) # print out the CA-only model in PDB format
We can save the new model in a PDB file too:
dm.write_model_file(ca_only_model, "ca_model.pdb", overwrite=True)
There are many things you can use as selections. For example, you can select all the residues from 219 to 223 in chain B with the selection string "chain B and resseq 219-223". You can find more information on selections in the Phenix documentation about atom selections.
The cctbx model manager contains nearly all the information necessary to generate model-based map coefficients. Let’s create some map coefficients from our model. First let’s get a fresh instance of our model:
model_filename="model.pdb" # Name of model file
model = dm.get_model(model_filename) # Deliver model object with model info
Now let’s use that model, along with its symmetry information, to generate map coefficients. We’ll use a tool that is found in cctbx.development.create_models_or_maps
called generate_map_coefficients
that makes it easy to get map coefficients from a model:
from cctbx.development.create_models_or_maps import generate_map_coefficients # import the tool
map_coeffs = generate_map_coefficients( # generate map coeffs from model
model=model, # Required model
d_min=3, # Specify resolution
scattering_table='electron') # Specify scattering table
Note that we have to set the high-resolution limit (d_min = 3 Angstroms) and tell the tool whether we are working with cryo-EM (scattering_table='electron') or X-ray (scattering_table='n_gaussian'). We can use these map coefficients to calculate a map, or use them directly for some other purpose. Let’s make a map using these map coefficients:
from cctbx.development.create_models_or_maps import get_map_from_map_coeffs # import the tool
map_data = get_map_from_map_coeffs(map_coeffs = map_coeffs) # create map from map coeffs
Here the array map_data corresponds to the map data (not a map_manager object). Note that this map will be on a grid that is automatically chosen. If you want to specify the grid, you can use the keyword n_real
, for example n_real=(36,27,95).
If you already have a map_manager object mm and you want this map to match that map_manager, you can use the map_manager object to calculate map_data and put it in a new map_manager matching the current one:
# mm_model_map= mm.fourier_coefficients_as_map_manager(map_coeffs) # generate map from map coeffs


RAKE – Ruby Make¶ ↑
- home
- bugs
- docs
- build status
Description¶ ↑
Rake is a Make-like program implemented in Ruby. Tasks and dependencies are specified in standard Ruby syntax.
Rake has the following features:
-
Rakefiles (rake's version of Makefiles) are completely defined in standard Ruby syntax. No XML files to edit. No quirky Makefile syntax to worry about (is that a tab or a space?)
-
Users can specify tasks with prerequisites.
-
Rake supports rule patterns to synthesize implicit tasks.
-
Flexible FileLists that act like arrays but know about manipulating file names and paths.
-
A library of prepackaged tasks to make building rakefiles easier. For example, tasks for building tarballs and publishing to FTP or SSH sites. (Formerly tasks for building RDoc and Gems were included in rake but they're now available in RDoc and RubyGems respectively.)
-
Supports parallel execution of tasks.
Installation¶ ↑
Gem Installation¶ ↑
Download and install rake with the following.
gem install rake
Usage¶ ↑
Simple Example¶ ↑
First, you must write a “Rakefile” file which contains the build rules. Here's a simple example:
task default: %w[test] task :test do ruby "test/unittest.rb" end
This Rakefile has two tasks:
-
A task named “test”, which – upon invocation – will run a unit test file in Ruby.
-
A task named “default”. This task does nothing by itself, but it has exactly one dependency, namely the “test” task. Invoking the “default” task will cause Rake to invoke the “test” task as well.
Running the “rake” command without any options will cause it to run the “default” task in the Rakefile:
% ls Rakefile test/ % rake (in /home/some_user/Projects/rake) ruby test/unittest.rb ....unit test output here...
Type “rake –help” for all available options.
Resources¶ ↑
Rake Information¶ ↑
-
The original Rake announcement
-
Rake glossary
Presentations and Articles about Rake¶ ↑
-
Avdi Grimm's rake series:
-
Martin Fowler's article on Rake: martinfowler.com/articles/rake.html
Other Make Re-envisionings …¶ ↑
Rake is a late entry in the make replacement field. Here are links to other projects with similar (and not so similar) goals.
-
directory.fsf.org/wiki/Bras – Bras, one of earliest implementations of “make in a scripting language”.
-
www.a-a-p.org – Make in Python
-
www.aromatic.com/tools/jam.txt – JAM, Java Automated Make
-
ant.apache.org – The Ant project
-
search.cpan.org/search?query=PerlBuildSystem – The Perl Build System
-
www.rubydoc.info/gems/rant/0.5.7/frames – Rant, another Ruby make tool.
Credits¶ ↑
- Jim Weirich
-
Who originally created Rake.
- Ryan Dlugosz
-
For the initial conversation that sparked Rake.
- Nobuyoshi Nakada<EMAIL_ADDRESS>-
For the initial patch for rule support.
- Tilman Sauerbeck<EMAIL_ADDRESS>-
For the recursive rule patch.
- Eric Hodel
-
For aid in maintaining rake.
- Hiroshi SHIBATA
-
Maintainer of Rake 10.X and Rake 11.X
License¶ ↑
Rake is available under an MIT-style license.
Copyright © Jim Weirich
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Other stuff¶ ↑
- Author
-
Jim Weirich<EMAIL_ADDRESS>- Requires
-
Ruby 1.9.3 or later
- License
-
Copyright Jim Weirich. Released under an MIT-style license. See the MIT-LICENSE file included in the distribution.
Warranty¶ ↑
This software is provided “as is” and without any express or implied warranties, including, without limitation, the implied warranties of merchantability and fitness for a particular purpose.
Historical¶ ↑
Rake was originally created by Jim Weirich, who unfortunately passed away in February 2014. This repository was originally hosted at github.com/jimweirich/rake, however with his passing, has been moved to ruby/rake.
You can view Jim's last commit here: github.com/jimweirich/rake/tree/336559f28f55bce418e2ebcc0a57548dcbac4025
You can read more about Jim at Wikipedia.
Thank you for this great tool, Jim. We'll remember you.


| Methods' Details |
guessPrimaryLanguage
- Description
- determines the single most probable language of a sub-string.
Please note that because statistical analysis is part
of the algorithm the the likelihood to get the correct
result increases with the length of the sub-string.
A word is much less likely guessed correctly compared to
a sentence or even a whole paragraph.
Also note that some languages are that 'close' to each other
that it will be quite unlikely to find a difference in them,
e.g. English (UK), English (IE) and English (AUS) and
most liklely English (US) as well. And thus the result may
be arbitrary.
- Returns
- the locale for the language identified.
If no language could be identified the locale will be empty.
- Parameter aText
- all the text including the part that should checked.
- Parameter nStartPos
- specifies the starting index of the sub-string to be checked
The value must met 0 <= nStartPos < (length of text - 1).
@param nLen
specifies the length of the sub-string to be checked.
The value must met 0 <= nLen <= (length of text).
@see Locale
|
|
disableLanguages
- Description
- allows to explicitly discard some languages from the set of
languages possibly returned.
By default all languages are enabled.
|
|
enableLanguages
- Description
- allows to explicitly re-enable some languages that got previously
disabled.
By default all languages are enabled.
|
|
getAvailableLanguages
| sequence< ::com::sun::star::lang::Locale > |
| getAvailableLanguages(); |
- Description
- returns a list of all supported languages.
This should be the same as the mathematical union of
all enabled and disabled languages.
|
|
getEnabledLanguages
| sequence< ::com::sun::star::lang::Locale > |
| getEnabledLanguages(); |
- Description
- returns the list of all enabled languages
|
|
getDisabledLanguages
| sequence< ::com::sun::star::lang::Locale > |
| getDisabledLanguages(); |
- Description
- returns the list of all disabled languages
|
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Pathological Answer
This is the answer to the following question:
Pathological Question
What is the bound value of pattern variable $y after matching the following two tuple patterns:
- Tuple pattern A:
- ((ho, $_, ($a, $a)), ($a, $a, $b), ($a, *$b))
- Tuple pattern B:
- ($x, $x, $y)
Answer
Let's take this step by step, matching each element of the two tuple patterns in turn.
Match (ho, $_, ($a, $a)) to $x.
This succeeds with the following binding:
- $x:
(ho, $_, ($a, $a))
Match ($a, $a, $b) to $x.
Because $x is bound to a value, this becomes the same as matching:
- ($a, $a, $b) to
- (ho, $_, ($a, $a))
Which succeeds, binding:
- $a:
ho
- $b:
($a, $a)
$_ is an anonymous variable, so it is not bound (or bound to).
Match ($a, *$b) to $y.
Because both $a and $b have bound values, this becomes the same as matching:
- (ho, ho, ho) to
- $y
Which succeeds, binding:
- $y:
(ho, ho, ho)
So the overall match succeeds with the following bindings:
- $x:
- (ho, $_, ($a, $a))
- $a:
- ho
- $b:
- ($a, $a)
- $y:
- (ho, ho, ho)
And so $y is (ho, ho, ho)!
Note
If you got this right, you should really be using Pyke!


Dear user,
The following release package has been updated: ${releasePackage.name}.
You can view and download the release package by visiting the IHTSD-MLDS system.
Regards,
SNOMED International - MLDS


Testing on web and desktop applications both on client and server sides. I can describe myself as Creative,autodidact, Highly independent, passionate, with high motivation always to learn as much as possible and develop my skills. Have Very high work ethic and loves to delve and explore. For me QA is much more than just testing or bugs. QA is about taking something good and making it even better! For that, you'll need the most imaginitive engineers. Not just someone that can break things apart, but will also come up with a vision of how to make them better when putting them back together.
Apart from being a QA tester, I have numerous hobbies and consequenas that I like to do.
My favorite one is to workout at the gym, dance and obviously travling around the world.
I also love to hang out with my friends. The most precious thing to me is to relax and to have fun,
Finally, I would like to share with you what i usualy do in my free time,
I like to explore new technologies regarding the QA world and programming trying to achieve knowledge.


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QUnit test


Popular Black Alabama Sheriff Shot to Death; White Teen Arrested
by ASSOCIATED PRESSHAYNEVILLE, Ala. (AP) — Law enforcement agencies in Alabama and beyond posted messages of condolences on social media Sunday after the fatal weekend shooting of a sheriff in the state.
Few details were immediately available about the circumstances surrounding Saturday evening’s shooting and the capture of an 18-year-old suspect hours later.
Gov. Kay Ivey tweeted that Lowndes County Sheriff John Williams had been “tragically killed” in the line of duty and she offered her prayers and sympathy to his family and the county sheriff’s department.
Williams is the fifth Alabama law enforcement officer to die from gunfire in the line of duty this year, and the sixth overall, according to state Attorney General Steve Marshall.
The suspect in custody was identified as 18-year-old William Chase Johnson. Montgomery County Sheriff Derrick Cunningham told news outlets that Williams was shot at a gas station.
It was unclear what, if any, role race played in the shooting.
Amid messages of condolence from law enforcement agencies Sunday, members of the public responded with prayers and well wishes for the sheriff’s family.
The state issued an emergency alert late Saturday saying it was seeking an 18-year-old white man last seen around the time of the evening shooting at a QV gas station in the Lowndes County seat of Hayneville, about 20 miles southwest of the capital Montgomery.
Sgt. Steve Jarrett, commander of state troopers’ Montgomery post, confirmed to reporters that the shooting took place at the QV station, and that Johnson was the only suspect. An emailed message announcing the alert said the man they were seeking was considered a “serious risk” and possibly was traveling on foot.
Jarrett confirmed that Johnson subsequently approached the shooting scene just after midnight and that he had a handgun with him. The state law enforcement agency canceled the emergency alert early Sunday, saying Johnson has been arrested.
“Details as to how he fled the scene and then reappeared at the scene, all that’s going to be investigated,” Jarrett told WSFA-TV.
The tall sheriff was known as “Big John.” Gov. Ivey paid tribute to him online, writing that in the sheriff’s years of service in the U.S. Marine Corps and “his many years working in law enforcement, he dedicated his life to keeping other people safe.”
Williams was first elected sheriff in 2010, running as a Democrat. He was a Lowndes County native who had begun volunteering as a reserve deputy in 1978. He worked for Hayneville police before joining the sheriff’s department full-time in 1987 and being appointed chief deputy in 1990.
“Sheriff Williams always wanted to make a difference in his community and felt there was no better way to help his community than to protect and serve them in law enforcement,” the biography states.
Lowndes County is predominantly black. It had a population of around 11,000 in the 2010 census. In 2007, more than 60 people gathered at the county courthouse to protest then-Gov. Bob Riley’s appointment of a white law enforcement officer to replace the county’s deceased sheriff. At the time, the county commission president said all five commissioners and other elected officials had recommended Williams for the position.
During his decades with the sheriff’s office, Williams in 2000 was the arresting officer of Jamil Abdullah Al-Amin, a 1960s black militant who was known as H. Rap Brown before converting to Islam. Al-Amin was wanted and later convicted in the fatal 2000 shooting of a Fulton County sheriff’s deputy in Atlanta.
Copyright © 2019 courthousenews.com


I currently live in Wilmington, North Carolina. I graduated from the University of North Carolina at Wilmington in 2007 with an English degree and a Teacher's License. Over the years, I have discovered that I am incredibly interested in what goes on behind the scenes with websites and applications. This has led me to enrolling in the Coding Boot Camp program at the University of North Carolina at Charlotte.
I intend to use the skills that I have obtained in my various roles to assist me in my venture to change my career path into something I truly love and enjoy. My goal is to continue learning after the program has completed and to build on skills learned in this course to create a new and better future for myself.


Stay connected with your friends and interests, Follow people to see what they’re up to, and discover accounts from all over the world that are sharing things you love.
Provide you private and public profiles, Audio comment and status, Hide your identity, Record audio caption over photos, Secure chat without any intermediate server, Discover nearby people.
Here you have two different profiles Private and Public. In Private section, you have full control over your photos and privacy settings. Only your friends can see the private profile. To make someone friend it is necessary you both have saved each other's mobile number in your cell. Anyone can follow you on the public profile. Your followers can't see your private profile.
Now you can post Audio comment and status, Record your voice and have fun. Sometimes you need to add such comment which is not possible in text, For example, you want to add the sound of anything just think how you write the sound in text. Now it's possible with the Audio comment. Let your voice act.
By using this feature you can post status and audio/text comment while hiding your identity. No one can know who posted this not even your friends.
You can add Audio caption on your photos same like text caption. Just think about, How do you write sound made by cricket while going to garden? ZEEM makes that possible. Ever brooded for hours thinking about a caption? Let your voice act as a caption, speak into it and let the others find out what it is.
Instant Chat is designed to provide you with ultimate privacy. Chat with your friends in a more secure way. Allow you to communicate directly from your device to the other one, which means there is no server between your devices to store your chat history. Having no intermediate server means your chat is fully secure, even we can not see it.
Anonymous Chat:Instant Chat also allows communicating with some while hiding your identity.
Create different circles for different people (e.g Family, Friends and Class Fellows). Posting in a Circle can only be seen by the members of that circle, they can comment or Star on your post. Only circle members can see that post!
Find people who are near to you, you can easily find people who are nearby. In private profile, only your nearby friends will appear. In a public profile, anyone will appear who is nearby, either it's a friend or not.
Your profile will be ranked according to star given by other people, You can check your badge anytime in your profile and know how many stars you need for next badge.
Different profiles to more control over your privacy.
Let your voice act, post Audio comment and status.
Post status and comment while hiding your identity.
Record Audio caption over photos and let others find out what it is.
Direct chat from device to device no intermediate server.
Find people who are around to you.
First click on profile picture to switch in Anonymous mode, then record audio and send. And same for the image comment, First switch to anonymous mode then send image comment.
Instant chat allows to communicate from device to device without an intermediate server, So, we are not able to save your chat and once you end the chat you can not retrieve it back.


Welcome to Modlunky 2 v{{config.MODLUNKY_CURRENT_VERSION}}
Welcome to the entry page of Modlunky 2. This is a frontend tool to assist
with modifying your experience with Spelunky 2.
Credits
Without these people, this project would not exist.
{% for person in people %}
-
{{person.name}}
{% if person.links %}
{% for link in person.links %}
{% endfor %}
{% endif %}
{% endfor %}