WITNESS LIST Appropriations-S/C on General Government Committee (Subcommittee on General Government) February 8, 2001-7:00A Budget For: Barnard, Ronald (Self) Culver, Anne (Self) Greenwood, Jim (Self) On: Edwards, Kim (Texas Public Finance Authority) Hale, William (TCHR) Harrison, Tom (Texas Ethics Commission) Horwitz, Rita (Pension Review Board) Huston, Robert (TNRCC) Krishock, William (Texas Bond Review Board) Ninaud, Christian (Sunset) Purcell, Carolyn (Department of Information Resources) Reed, Cyrus (Self) Saitas, Jeff (TNRCC) Settemeyer, Herman (River Compact Commissions) Soward, Larry (Texas General Land Office) Tucker, Jerry (Office of the Governor) Vickery, Mark (TNRCC) Registering, but not testifying: For: Castaneda, Tristan (Self)


TTYTYPE
Section: Linux Programmer's Manual (5)
Updated: 2012-12-31
Index
Return to Main Contents
NAME
ttytype - terminal device to default terminal type mapping
DESCRIPTION
The
/etc/ttytype
file associates
termcap(5)/terminfo(5)
terminal type names
with tty lines.
Each line consists of a terminal type, followed by
whitespace, followed by a tty name (a device name without the
/dev/) prefix.
This association is used by the program
tset(1)
to set the environment variable
TERM
to the default terminal name for
the user's current tty.
This facility was designed for a traditional time-sharing environment
featuring character-cell terminals hardwired to a UNIX minicomputer.
It is little used on modern workstation and personal UNIX systems.
FILES
- /etc/ttytype
-
the tty definitions file.
EXAMPLE
A typical
/etc/ttytype
is:
-
con80x25 tty1
vt320 ttys0
SEE ALSO
termcap(5),
terminfo(5),
agetty(8),
mingetty(8)
Index
- NAME
-
- DESCRIPTION
-
- FILES
-
- EXAMPLE
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:20 GMT, September 18, 2014


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Rashid Behbudov
𝄞 Worldwide famous singer, remarkable artist of Azerbaijan culture 𝄞
The life of famous singeer
Rashid was almost 30 years old when he was chosen to perform the lead role of Asgar. It was the third time a film had been made The Cloth Peddler ("Arshin Mal Alan"), based on the music comedy[3] by Uzeyir Hajibeyov (1885–1948). Asgar was the rich merchant, who disguised himself as a cloth peddler just to get the chance to enter the courtyards of homes so that he could catch a glimpse of all the pretty young women and choose one for his bride. This version of the movie came at the end of World War II and was so successful that it not only made Rashid famous, but it won Hajibeyov the coveted Stalin Prize. When the directors were getting ready to cast the film, one of them, Rza Tahmasib, had thought he would offer Rashid the role of Vali, Asgar's servant. Vali's character was comical, a trait which came naturally for Rashid. However, during the audition, Tahmasib heard Rashid sing an aria written for Asgar and decided to give him the lead role instead. The film turned out to be so successful that it was shown in more than 25 countries.
If you have enough time and interest in music, you should read more about this famous singeer


Certain films are transcendent -- such a film is Francis Ford Coppola's The Godfather, his 1972 masterpiece about life in the mafia, and the characters who inhabit that life. Central to this portrait, is Michael Corleone (Al Pacino). As the film opens, he is a war hero, a nice kid -- despite the fact that his father, Don Vito Corleone (Marlon Brando), is head of a powerful mafia ring, he doesn't want to get mixed up in the family buisness. In the first shot, black fades to a close view of a face; in the last, a close view of a face, fades to black. What comes inbetween is like poetry commited to the screen. It isn't so much a tale of crime, as a tale of family, and an intamate study of power. The way in which the director and actors collaborate is magical -- you see the mark of Vito, on the face of Fredo (John Cazale), Sonny (James Caan), and Michael. You understand the ties that bind -- loyalty, trust, love. Coppola knows when to cut away, and how to keep the story moving. This film runs just below a full three hours, but absorbs us so completely, that never once does it need to pause for breath. Every time I see it, I become more and more absorbed -- in my last viewing I actually saw Michael go through all his subtle phases. He moves beyond his original dreams, when he bends over his father and whispers "I'm with you now, pop". The way in which you sympathise with the various characters is almost frightening. When they aren't out strangling one another, and dealing in dope, they're nice people. When Jack Woltz (John Marley), the big-shot movie producer, wakes up in bed with the head of a horse, we move outside and view the building with the muffled sounds coming from within, and then to Vito, raising an eyebrow, half in suprise, half in enjoyment. The Godfather has a level of charm, flash, dazzle, all suggesting pure American trash. But strip away these feelings, and you will discover the underlying profundity. With repeated viewing, you see more and more of the irony -- Michael is offended that Moe Green (Richard Conte), would even slap around his brother Fredo in public. But in companionship with Part II, we see such a strange view of this moment. Through its superb mix of comedy, tragedy, and all inward feelings, comes a masterpiece that deepens with reflection, rewatching, and rethinking.
Grade: A+
- Max Solovitch Scheinin Read more of Max's work -- reviews, essays, theories, links -- @ http://www.garfieldlib.com/yanews/july97/max/max.html To subscribe to Max's work (includes all essays, theories, thoughts) write him<EMAIL_ADDRESS>with the word "subscribe" in the header. You will receive e-mail on an irregular basis, considering that Max is a lazy/busy kid.  - Anthony Perkins @ the Bates motel.
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


int getdents(unsigned int fd, struct linux_dirent *dirp, unsigned int count);
Note: There is no glibc wrapper for this system call; see NOTES.
The system call getdents() reads several linux_dirent structures from the directory referred to by the open file descriptor fd into the buffer pointed to by dirp. The argument count specifies the size of that buffer.
The linux_dirent structure is declared as follows:
struct linux_dirent { unsigned long d_ino; /* Inode number */ unsigned long d_off; /* Offset to next linux_dirent */ unsigned short d_reclen; /* Length of this linux_dirent */ char d_name[]; /* Filename (null-terminated) */ /* length is actually (d_reclen - 2 - offsetof(struct linux_dirent, d_name)) */ /* char pad; // Zero padding byte char d_type; // File type (only since Linux // 2.6.4); offset is (d_reclen - 1) */ }
d_ino is an inode number. d_off is the distance from the start of the directory to the start of the next linux_dirent. d_reclen is the size of this entire linux_dirent. d_name is a null-terminated filename.
d_type is a byte at the end of the structure that indicates the file type. It contains one of the following values (defined in <dirent.h>):
The d_type field is implemented since Linux 2.6.4. It occupies a space that was previously a zero-filled padding byte in the linux_dirent structure. Thus, on kernels before 2.6.3, attempting to access this field always provides the value 0 (DT_UNKNOWN).
Currently, only some filesystems (among them: Btrfs, ext2, ext3, and ext4) have full support for returning the file type in d_type. All applications must properly handle a return of DT_UNKNOWN.
This call supersedes readdir(2).
The original Linux getdents() system call did not handle large filesystems and large file offsets. Consequently, Linux 2.4 added getdents64(), with wider types for the d_ino and d_off fields employed in the linux_dirent structure.
$ ./a.out /testfs/ --------------- nread=120 --------------- i-node# file type d_reclen d_off d_name 2 directory 16 12 . 2 directory 16 24 .. 11 directory 24 44 lost+found 12 regular 16 56 a 228929 directory 16 68 sub 16353 directory 16 80 sub2 130817 directory 16 4096 sub3
#define _GNU_SOURCE #include <dirent.h> /* Defines DT_* constants */ #include <fcntl.h> #include <stdio.h> #include <unistd.h> #include <stdlib.h> #include <sys/stat.h> #include <sys/syscall.h> #define handle_error(msg) \ do { perror(msg); exit(EXIT_FAILURE); } while (0) struct linux_dirent { long d_ino; off_t d_off; unsigned short d_reclen; char d_name[]; }; #define BUF_SIZE 1024 int main(int argc, char *argv[]) { int fd, nread; char buf[BUF_SIZE]; struct linux_dirent *d; int bpos; char d_type; fd = open(argc > 1 ? argv[1] : ".", O_RDONLY | O_DIRECTORY); if (fd == -1) handle_error("open"); for ( ; ; ) { nread = syscall(SYS_getdents, fd, buf, BUF_SIZE); if (nread == -1) handle_error("getdents"); if (nread == 0) break; printf("--------------- nread=%d ---------------\n", nread); printf("i-node# file type d_reclen d_off d_name\n"); for (bpos = 0; bpos < nread;) { d = (struct linux_dirent *) (buf + bpos); printf("%8ld ", d->d_ino); d_type = *(buf + bpos + d->d_reclen - 1); printf("%-10s ", (d_type == DT_REG) ? "regular" : (d_type == DT_DIR) ? "directory" : (d_type == DT_FIFO) ? "FIFO" : (d_type == DT_SOCK) ? "socket" : (d_type == DT_LNK) ? "symlink" : (d_type == DT_BLK) ? "block dev" : (d_type == DT_CHR) ? "char dev" : "???"); printf("%4d %10lld %s\n", d->d_reclen, (long long) d->d_off, d->d_name); bpos += d->d_reclen; } } exit(EXIT_SUCCESS); }


Checks whether the ID of the language used in an @Language annotation refers to an existing language implementation.
@Language
Powered by IntelliLang


This document describes the changes in the storage format introduced by the Oak Segment Tar module. The purpose of this document is not only to enumerate such changes, but also to explain the rationale behind them. Pointers to Jira issues are provided for a much more terse description of changes. Changes are presented in chronological order.
The GC algorithm implemented by Oak Segment Tar is based on the fundamental idea of grouping records into generations. When GC is performed, records belonging to older generations can be removed, while records belonging to newer generations have to be retained.
The fact that a record belongs to a certain generation needs to be persisted across restarts of the system. To not incur the size penalty of persisting the generation per record, it is persisted only once in the header of the respective segment. Thus, the generation of a record is defined as the generation of the segment containing that record.
The original specification of the data format for the segment header left some space for future extensions. In the new format the generation is saved at offsets 10 to 13 as a 4-byte integer value.
The fastest way to compare two node records is to compare their addresses. If their addresses are equal, the two node records are guaranteed to be equal. Transitively, given that records are immutable, the subtrees identified by those node records are guaranteed to be equal.
The situation gets more complicated when the generation-based GC algorithm copies a node record over to a new generation to save it from being deleted. In this situation, two copies of the same node record live in two different generations, in two different segments and at two different addresses. To figure out whether such two node records are equal it is not sufficient to compare their addresses.
To overcome this problem, a stable identifier has been added to every node record: when a new node record is serialized, the address it is serialized to becomes its stable identifier. The stable identifier is included in the node record and becomes part of its serialized format. When the node record is copied to a new generation and a new segment, its address will inevitably change. The stable identifier instead, being part of the node record itself, will not change. This enables fast comparison between different copies of the same node records by just comparing their stable identifiers.
The stable identifier is serialized as a 18-bytes-long string record. This record, in turn, is referenced from the node record by adding an additional 3-bytes-long reference field to it. In conclusion, stable identifiers add an overhead of 21 bytes to every node record in the worst case. In the best case, the 18-bytes-long string record is shared between node records when possible, so the aforementioned overhead represents an upper limit.
The original data format in Oak Segment mandates that every segment maintains a list of references to external binaries. Every time a record references an external binary - i.e. a piece of binary data that is stored in a Blob Store - a new binary reference is added to its segment. The list of references to external binaries is inspected periodically by the Blob Store GC algorithm to determine which binaries are currently in use. The Blob Store GC algorithm removes every binary that is not reported as used by the Segment Store.
Retrieving the comprehensive list of external binaries for the whole repository is an expensive operation wrt. I/O. In the worst case, every segment in every TAR file has to be read from disk and the list of references to external binaries have to be parsed. Even if a segment does not contain references to external binaries, it has to be read in memory first for the system to figure this out.
To make this process faster and and ease the pressure on I/O, Oak Segment Tar introduces an index of references to external binaries in every TAR file. This index aggregates the required information from every segment contained in a TAR file. When Blob Store GC is performed, instead of reading and parsing every segment, it can read and parse the index files. This optimization reduces the amount of I/O operations significantly.
The former data format limited the number of references to other segments a segment could have. This limitation caused sub-optimal segment space utilization when a record referencing data from many different segments was written. In this case records quickly exhausted the hard limit on the number of references to other segments, causing a premature flush of a non-full segment.
Oak Segment Tar relaxed the limit on the number of segments to the point that it can now be considered irrelevant. This avoids the problem of non optimal segment space utilization. Tests show that with this change in place it is possible to store the same amount of data in a smaller amount of better utilized segments.
The Jira issue referenced in this paragraph proposes other changes other than the one discussed here. Most of the changes proposed by the issue were subsequently reverted or never made in the code base because of their high toll on disk space. The comments on the issue and the referenced email thread provide a more detailed insight into the various trade-offs and considerations.
To avoid the (old) Oak Segment and the (new) Oak Segment Tar to step on each other’s toes, an improved versioning mechanism of the data format was introduced.
First of all, the version field in the segment header has been incremented from 11 in Oak Segment to 12 in Oak Segment Tar. This prevents Oak Segment Tar from accessing segments written by older implementations and Oak Segment accessing segments written by newer implementations.
This strategy has been further improved by adding a manifest file in every data folder created by Oak Segment Tar. The manifest file is supposed to be a source of metadata for the whole repository. Oak Segment Tar checks for the presence of a manifest file very time a data folder is open. If a manifest file is there, the metadata has to be compatible with the current version of the currently executing code.
Repositories written by Oak Segment do not generate a manifest file while those written by Oak Segment Tar do. This difference enables a fail-fast approach: when Oak Segment opens a data folder containing a manifest, it immediately fails complaining that the data format is too new. When Oak Segment Tar opens a non-empty data folder without a manifest, it immediately fails complaining that the data format is too old.
In the previous implementation (Oak Segment) the position of a record in its segment is fixed. Once written, its address consists of the identifier of its segment followed by its offset within the segment. The offset is the effective position of the record in the segment.
This way of addressing records implies that a record can’t be moved within a segment without changing its address. Moving a record means changing its segment, its position or both and results in all reference to it being broken.
To gain more flexibility for storing records, a new level of indirection was introduced replacing offsets with logic identifiers. Instead of referencing a record by a segment identifier and its offset in the segment, a segment identifier and a record number is used. The record number is a logic address for a record in the segment and is local to the segment.
With this solution the record can be moved within the segment without breaking references to it. This change enables a number of different algorithms when it comes to garbage collection. For example, some records can now be removed from a segment and the segment can be shrunk down by moving every remaining record next to each other. This operation would change the position of the remaining record in the segment, but not their logic record identifier.
This change introduced a new translation table in the segment header to map record numbers to record offsets. The table occupies 9 bytes per record (4 bytes for the record number, 1 byte for the record type and 4 bytes for the record offset). Moreover, a new 4-bytes-long integer field has been added to the segment header containing the number of entries of the translation table.
The record number translation table mentioned in the previous paragraph contains a 1-byte field for every record. This field determines the type of the record referenced by that row of the table. The change in this paragraph is about improving the information stored in the type field of the record number translation table.
The bulk of this change is the introduction of a new record type identifying records pointing to external binary data, e.g. data contained in an external Blob Store. This is a very important information to have at hand, because it allows Oak Segment Tar to efficiently reconstruct or populate the index of binary references. Being able to cheaply identify references to external binaries is of paramount importance when a recovery operation is performed after a crash or a data corruption. The recovery algorithm doesn’t have access to the whole repository, but needs to work on a segment at a time. The additional record type allows the recovery algorithm to correctly recover the index of binary references even if only the segment at hand is considered without further context.


{{>partials/head}}
You should in pay in cash or by card upon delivery.
Thank you for placing an order with Cake Factory!


{{ context.coursecode}}
Teaching assistants little helper
Back
Group {{ context.group }}
Assignment: {{ context.assignment_name }}
{% for submission in context.submissions %}
{{ submission.user_name }} - {{ submission.display_name }}
{% endfor %}


- RefinementList - Class in com.algolia.instantsearch.ui.views
-
Displays facet values for an attribute and lets the user filter the results using these values.
- RefinementList(Context, AttributeSet) - Constructor for class com.algolia.instantsearch.ui.views.RefinementList
-
Constructs a new RefinementList with the given context's theme and the supplied attribute set.
- REFINEMENTS_MISSING_ATTRIBUTE - Static variable in class com.algolia.instantsearch.model.Errors
-
- REFINEMENTS_MISSING_ITEM - Static variable in class com.algolia.instantsearch.model.Errors
-
- registerFacetFilters(ViewGroup) - Method in class com.algolia.instantsearch.ui.InstantSearch
-
TODO: Ensure developer calls before displaying widget!
Registers your
facet filters
, adding them to this InstantSearch's widgets.
- registerFacetFilters(List<AlgoliaFacetFilter>) - Method in class com.algolia.instantsearch.ui.InstantSearch
-
Registers your facet filters, adding them to this InstantSearch's widgets.
- registerListener(AlgoliaResultsListener) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Deprecated.
- registerSearchView(Activity, Menu, int) - Method in class com.algolia.instantsearch.ui.InstantSearch
-
Registers the Search Widget of an Activity's Menu to trigger search requests on text change.
- registerSearchView(Activity, SearchView) - Method in class com.algolia.instantsearch.ui.InstantSearch
-
Registers a
SearchView
to trigger search requests on text change.
- registerSearchView(Activity, SearchView) - Method in class com.algolia.instantsearch.ui.InstantSearch
-
Registers a
SearchView
to trigger search requests on text change.
- removeBooleanFilter(String) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Removes any boolean refinement for an attribute for the next queries.
- removeFacet(String...) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Removes one or several faceted attributes for the next queries.
- removeFacetRefinement(String, String) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Removes a facet refinement for the next queries.
- removeNumericRefinement(String) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Removes any numeric refinements relative to a specific attribute for the next queries.
- removeNumericRefinement(String, int) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Removes the numeric refinement relative to an attribute and operator for the next queries.
- removeNumericRefinement(NumericRefinement) - Method in class com.algolia.instantsearch.helpers.Searcher
-
Removes the given numeric refinement for the next queries.
- renderHighlightColor(JSONObject, String, int, Context) - Method in class com.algolia.instantsearch.helpers.Highlighter
-
Renders a highlighted result's attribute using a color resource.
- renderHighlightColor(JSONObject, String, Context) - Method in class com.algolia.instantsearch.helpers.Highlighter
-
Renders a highlighted result's attribute using the default highlighting color resource.
- renderHighlightColor(String, Context) - Method in class com.algolia.instantsearch.helpers.Highlighter
-
Renders a highlighted text using the default highlighting color resource.
- renderHighlightColor(String, int, Context) - Method in class com.algolia.instantsearch.helpers.Highlighter
-
Renders a highlighted text using a color resource.
- renderHighlightColor(JSONObject, String, int) - Method in class com.algolia.instantsearch.helpers.Highlighter
-
Renders a highlighted result's attribute using a packed color int.
- renderHighlightColor(String, int) - Method in class com.algolia.instantsearch.helpers.Highlighter
-
Renders a highlighted text using a packed color int.
- RenderingHelper - Class in com.algolia.instantsearch.ui.databinding
-
Contains mappings between an attribute to highlight and its appropriate highlighting color.
- request - Variable in class com.algolia.instantsearch.events.CancelEvent
-
The request that has been cancelled.
- requestSeqNumber - Variable in class com.algolia.instantsearch.events.CancelEvent
-
the search request's identifier.
- requestSeqNumber - Variable in class com.algolia.instantsearch.events.ErrorEvent
-
the search request's identifier.
- requestSeqNumber - Variable in class com.algolia.instantsearch.events.ResultEvent
-
the search request's identifier.
- requestSeqNumber - Variable in class com.algolia.instantsearch.events.SearchEvent
-
the search request's identifier.
- reset() - Method in class com.algolia.instantsearch.helpers.Searcher
-
Resets the helper's state.
- reset() - Method in class com.algolia.instantsearch.ui.InstantSearch
-
- ResetEvent - Class in com.algolia.instantsearch.events
-
An event to let you react to resetting of the search interface.
- ResetEvent() - Constructor for class com.algolia.instantsearch.events.ResetEvent
-
- ResultEvent - Class in com.algolia.instantsearch.events
-
An event to let you react to new search results.
- ResultEvent(JSONObject, Query, int) - Constructor for class com.algolia.instantsearch.events.ResultEvent
-


Henshaw: Best way to get over a disappointment is just to get back on the pitch
by Thom MaloneRobbie Henshaw is looking forward to a hectic few weeks, starting with Leinster's first away trip of the Heineken European Champions Cup this weekend in Lyon.
The away day in France marks the start of a busy period for the province that includes three interprovincial derbies and three rounds in Europe before Little Christmas.
Centre Robbie Henshaw got back to work a little earlier than expected against Treviso last Saturday. The Buccaneers club man was making a first appearance since the disappointment of the Rugby World Cup.
Henshaw says getting out on the pitch for the upcoming busy period is the best way to get over the disappointment in Japan.
"I think it's about 8 or 10 games back to back now. It's full all-hands-on-deck so it's the best way.
"I suppose the best way to get over a disappointment is just to get back on the pitch and roll your sleeves up and get going again.
"I think that will be the mindset for a lot of the players returning. It's just getting back and enjoy your work.
"Enjoy being back to work in our province, enjoying the lads' company. It's just positive and moving forward.
Preparation
Despite the last-minute change of plans for Henshaw and being named on the bench after Joe Tomane was ruled out, the Ireland star was happy with his preparation.
"I was good come Tuesday, I was training with the boys. It was good to get 15-20 minutes under the belt, good to be back in the RDS in front of a home crowd.
The bonus-point win was a perfect way to start the European campaign said Henshaw:
"It's a good way to get the ball rolling for us, just to have the whole group back together.
"We'd been back training about a week before that, so everyone was back on the same page.
The centre, who came on for Rory O'Loughlin after 63 minutes, was pleased with the team's reward:
"To put the hard work we've put in over the last few weeks (materialise) on the pitch on Saturday was brilliant.
"I think Bennetton were always going to be a tricky side. They have improved a massive amount over the last few seasons.
"They showed that and fought to the bitter end.
"For us, it was a good physical challenge and it's just good to build momentum coming into the season."
Lyon
The trip to the Stade de Gerland should see Henshaw get more pitch time this weekend, he admits it's an exciting prospect.
"Away days in France are always a massive challenge, so I think everyone's we're going to be on our work this week.
"We had a glance at Lyon over that last few weeks. We've seen they are a tricky side and they are top of the French league at the moment.
"They have great quality individuals and play a good brand of running rugby."
After the perfect opening chapter in round one of the pool games, Henshaw knows this weekend will be very different:
"Playing away on French soil is always tough because the crowd is always on top of you, it just feels different."
Everyone’s in the Team Of Us.
Vodafone. The Official Sponsor of the Irish Rugby Team.


System Requirements for Windows 7
SQL Notebook supports Windows 7, but the following updates must be installed:
If the SQL Notebook window does not appear when you launch the application, make sure that you have KB2533623
installed. Click the link above to download and install the update, then try launching SQL Notebook again.


This dialog supports the step by step generation of RSA keys. It pops up if you press the button Generate key within the RSA signature demonstration.
You only need to use this dialog if you did not yet import a previously generated RSA key using the button Import certificate and key in the Create Certificate and PSE dialog (button Provide certificate within the signature demonstration).
The details of how to create a RSA key is described in the online help page RSA key generation, which describes a similar functionality in the RSA cryptosystem dialog.
In addition to what is described there, this dialog displays the RSA modulus N‚s bit length.
Please also note the status display to the right of the entry fields for prime numbers p and q. It informs you whether the numbers entered are valid primes.
Please choose primes such that the resulting modulus is at least 300 bits long. Otherwise the document‚s hash value plus padding could be longer than the RSA modulus, which is not supported.
All RSA Parameters are automatically (re-)calculated as soon as one of the primes or the public key e is changed.
When finished press Store key if you are satisfied with the generated RSA key or Cancel to abort.


Hey there, I’m TJ, CTO and co-founder of RIPT Apparel. I also started eCommTalk
I’m passionate about technology, adventure and how people work. I’m a self taught designer and developer. I love tinkering and pushing my limits by learning new things that fascinate me.


MLE022: Data Structures and Algorithms
Instructor: Dana Lupsa
Spring 2014
Announcements
- Welcome to the MLE5022 webpage
Class Notes and Assignments
- You can find slides and/or other materials used in classes here.
- You can find Seminar assignments and problems here.
- Information about project are here.
Grading
The final grade will be computed as follows:
- 20% Project
- 20% Seminar activity
- 60% Written exam
Grading details can be found here .
During session,
partial results and final grades can be found here .
Up


--- layout: default title: Home ---
It is time to transform how we build software. It is time to deliver high-quality code, on schedule.
I implement best practices to help teams and developers achieve sustainable development aligned with business needs. Learn more about my philosophy
I share my journey on this blog.


Fade-in effect
You can use by default el-overlay
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Scroll down effect
You can use scroll down effect el-overlay scrl-dwn
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Scroll up effect
You can use by default el-overlay scrl-up
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director
Genelia Deshmukh
Managing Director


#include <tc.h>
Definition at line 195 of file tc.h.
Data Fields | |
| unsigned int | abetrg: 1 |
| TIOA or TIOB external trigger selection: | |
| unsigned int | burst: 2 |
| Burst signal selection: | |
| unsigned int | channel |
| Channel to initialize. | |
| unsigned int | clki: 1 |
| Clock invert: | |
| unsigned int | cpctrg: 1 |
| RC compare trigger enable: | |
| unsigned int | etrgedg: 2 |
| External trigger edge selection: | |
| unsigned | int:12 |
| unsigned int | ldbdis: 1 |
Counter clock disable with RB loading:
| |
| unsigned int | ldbstop: 1 |
Counter clock stopped with RB loading:
| |
| unsigned int | ldra: 2 |
| RA loading selection: | |
| unsigned int | ldrb: 2 |
| RB loading selection: | |
| unsigned int | tcclks: 3 |
Clock selection:
|
| unsigned int tc_capture_opt_t::abetrg |
TIOA or TIOB external trigger selection:
Definition at line 228 of file tc.h.
Referenced by tc_init_capture().
| unsigned int tc_capture_opt_t::burst |
| unsigned int tc_capture_opt_t::channel |
| unsigned int tc_capture_opt_t::clki |
| unsigned int tc_capture_opt_t::cpctrg |
| unsigned int tc_capture_opt_t::etrgedg |
External trigger edge selection:
Definition at line 235 of file tc.h.
Referenced by tc_init_capture().
| unsigned tc_capture_opt_t::int |
| unsigned int tc_capture_opt_t::ldbdis |
Counter clock disable with RB loading:
FALSE
;TRUE
.
Definition at line 240 of file tc.h.
Referenced by tc_init_capture().
| unsigned int tc_capture_opt_t::ldbstop |
Counter clock stopped with RB loading:
FALSE
;TRUE
.
Definition at line 245 of file tc.h.
Referenced by tc_init_capture().
| unsigned int tc_capture_opt_t::ldra |
| unsigned int tc_capture_opt_t::ldrb |
| unsigned int tc_capture_opt_t::tcclks |
Clock selection:
Definition at line 268 of file tc.h.
Referenced by tc_init_capture().


Screen reader doesn't seem to play well with Firefox 2. Upgrading the laptop.
1/23/2009, 9:47:24 AM
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Screen reader doesn't seem to play well with Firefox 2. Upgrading the laptop.
1/23/2009, 9:47:24 AM
Favs: 0
Retweets: 0
link


How many of you have you been in the following situation.  Even worse you’re on Steem making $40+ dollar posts day after day or week after week and suddenly a whale takes issue with your content, rewards, or behavior and decides to flag you?
Your First Flagcident!!!
You just got into your first flagcident! OH NO! You feel heart broken and distressed. You’re worried about your reputation score, and also your livlihood. It’s scary to be hit with a flag. Your first thought is to leave the platform or right an enraged letter of indignation neither of which will help you terribly much, BUT WHAT CAN YOU DO???
Are you prepared?
If you’re not covered by Aggroed’s Flag insurance than you are not prepared. By purchasing Aggroed’s flag insurance you’re buying peace of mind that your post rewards are safe from whale downvotes. Not only can we upvote your post after a big flag but in the case of a major flagcident we’ll resteem your post to an additional 6,700 people ensuring you higher visibility than before the flagcident.
But Aggroed? What’s if it’s Bernie? or Transisto? OR EVEN WORSE BERNIE AND TRANSISTO?
You can rest easy
Not only can we return the lost earnings, but we’ll make sure you come out ahead. It’s all about peace of mind on the blockchain when you’re insured by Aggroed!
Some exclusions apply
Posts critical of Aggroed
Posts critical of Minnow Support Project
Posts critical of Aggroed’s friends
Posts critical of Aggroed’s viewpoint
Whiny posts
inflamatory posts
hate speech
pro-government posts
posts using the words doot, nugget, or ginger
Posts about leaving steemit
Posts where you intentionally insulted a whale
Posts where you were raping the pool
Posts where you refer to Ned without a gender nuetral pronoun
Posts where you infer Acidyo is cooler than Aggroed
Posts where you’re factually incorrect
Posts by authors who don’t vote my witness
Posts by authors supporting witnesses I don’t like
NSFW posts
Posts about other Crypto coins
Pricing and Availability
Pricing scales with SP on the platform. it’s 1 sbd/month for a minnow. 20 SBD/month for a dolphin and 50 SBD/month for a Whale and 100 SBD/month for a high risk applicant.
Plans coming soon to a Steem platform near you. Relax your Steem is safe with us!
https://cdn.pixabay.com/photo/2017/10/26/05/51/model-2890159_960_720.jpg
This page is synchronized from the post: ‘Satirically Yours: Aggroed’’s Flag Insurance Agency’


ir_datasets
: ClueWeb09ClueWeb 2009 web document collection. Contains over 1B web pages, in 10 languages.
The dataset is obtained for a fee from CMU, and is shipped as hard drives. More information is provided here.
Language: multiple/other/unknown
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only Arabic-language documents.
Language: ar
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/ar')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with the first ~50 million English-language documents. Used as a smaller collection for TREC Web Track tasks.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
The TREC Web Track 2009 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2009')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2009')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| 0 | not relevant |
| 1 | relevant |
| 2 | highly relevant |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2009')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, method, iprob>
The TREC Web Track 2010 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2010')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2010')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| -2 | Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk |
| 0 | Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query. |
| 1 | Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page. |
| 2 | HRel: The content of this page provides substantial information on the topic. |
| 3 | Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine. |
| 4 | Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site. |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2010')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, iteration>
The TREC Web Track 2011 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2011')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2011')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| -2 | Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk |
| 0 | Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query. |
| 1 | Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page. |
| 2 | HRel: The content of this page provides substantial information on the topic. |
| 3 | Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine. |
| 4 | Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site. |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2011')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, iteration>
The TREC Web Track 2012 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2012')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2012')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| -2 | Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk |
| 0 | Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query. |
| 1 | Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page. |
| 2 | HRel: The content of this page provides substantial information on the topic. |
| 3 | Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine. |
| 4 | Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site. |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/catb/trec-web-2012')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, iteration>
Subset of ClueWeb09 with only German-language documents.
Language: de
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/de')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only English-language documents.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
The TREC Web Track 2009 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2009')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2009')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| 0 | not relevant |
| 1 | relevant |
| 2 | highly relevant |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2009')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, method, iprob>
The TREC Web Track 2010 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2010')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2010')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| -2 | Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk |
| 0 | Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query. |
| 1 | Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page. |
| 2 | HRel: The content of this page provides substantial information on the topic. |
| 3 | Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine. |
| 4 | Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site. |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2010')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, iteration>
The TREC Web Track 2011 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2011')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2011')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| -2 | Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk |
| 0 | Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query. |
| 1 | Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page. |
| 2 | HRel: The content of this page provides substantial information on the topic. |
| 3 | Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine. |
| 4 | Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site. |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2011')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, iteration>
The TREC Web Track 2012 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2012')
for query in dataset.queries_iter():
query # namedtuple<query_id, query, description, type, subtopics>
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2012')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| -2 | Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk |
| 0 | Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query. |
| 1 | Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page. |
| 2 | HRel: The content of this page provides substantial information on the topic. |
| 3 | Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine. |
| 4 | Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site. |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/en/trec-web-2012')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, iteration>
Subset of ClueWeb09 with only Spanish-language documents.
Language: es
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/es')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only French-language documents.
Language: fr
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/fr')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only Italian-language documents.
Language: it
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/it')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only Japanese-language documents.
Language: ja
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/ja')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only Korean-language documents.
Language: ko
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/ko')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Subset of ClueWeb09 with only Portuguese-language documents.
Language: pt
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/pt')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
TREC 2009 Million Query track.
Language: en
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/trec-mq-2009')
for query in dataset.queries_iter():
query # namedtuple<query_id, text>
Language: multiple/other/unknown
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/trec-mq-2009')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>
Relevance levels
| Rel. | Definition |
|---|---|
| 0 | not relevant |
| 1 | relevant |
| 2 | highly relevant |
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/trec-mq-2009')
for qrel in dataset.qrels_iter():
qrel # namedtuple<query_id, doc_id, relevance, method, iprob>
Subset of ClueWeb09 with only Chinese-language documents.
Language: zh
Example
import ir_datasets
dataset = ir_datasets.load('clueweb09/zh')
for doc in dataset.docs_iter():
doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>


A few months ago I read about an Indian drink containing Marijuana called Bhang Lassi. I was talking to a friend from Bombay about it, and he got very excited and told me a recipe for it.
It was rather time consuming, but one night at around 8.00 I made it. I used half an ounce of Marijuana and was on an empty stomach. Before I drank it, I prepared my room for it. I consider Marijuana to be a spiritual thing for me, so I made it very comfortable on the floor and I put the radio on so it was white noise at a low sound.
It didn't taste too good, but I downed the large drink in no time. I had read and heard about very intense trips on Bhang Lassi, some horrible. I have been smoking and baking with Marijuana for about 3 years, but I have found that when it comes to eating it, the results are almost always intense and I can't expect the same thing.
Usually when I eat Marijuana, I know that after 20-40 minutes I will feel an increasing drymouth then after 15 minutes I will feel an intense high coming on. With the Bhang Lassi, it may have been 20 minutes, and it just hit me like a wave.
I was sitting up on my floor and just fell down. The white noise seemed much louder, and I could hear different sounds. It soon became a melody that I could slowly change when I concentrated on it.  I was a little nervous at first.
Things got even more intense after this. I was stuck to my floor and couldn't open my eyes. I felt totally paralyzed. Suddenly, it hit me. I hadn't been doing what I normally do when I trip out: I lost my discipline. I usually try to focus on my mind and ride it out, this time I was too freaked out to.
All of a sudden, I saw what was going on - literally. My body was like a rock, and I saw something floating like a balloon. My instincts told me that this balloon was my mind attached to my body. I discarded my body and cut the string.
Keep in mind this is all going on inside my mind, but I FELT as if I saw it. In fact until the trip was over I knew I was seeing it.
WOOSH. I felt my body sink down and my mind shoot forward. I was flying around everywhere - and I mean everywhere. I was thinking about how my mind is faster than the speed of light because I can think of being somewhere else and I am instantly there. I was flying around the cosmos and it was awesome!
Whenever I thought of my body, I was instantly shot back and felt very uncomfortable, like I was being smothered.
Soon these feelings drifted off and I passed out. The next morning I saw some writings in my notebook that were almost totally illegible.
I learned a lot from that trip and I hope everyone experiments with what I am about to say: RIDE THE WAVE WHEN YOU ARE HIGH.  Forget about worries. A huge oak will fall from winds, but a reed won't because it bends with it. Do this, and every high will be an interesting and pleasurable trip!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


petsc-3.8.0 2017-09-26
Report Typos and Errors
Vectors:
Examples
PETSc vectors (Vec objects) are used to store the field variables in PDE-based (or other) simulations.
simple.c
absolute.c
relative.c
cdf.c
andor.c
or.c
and.c
makefile


Birdman
Actor Riggan Thomson is most famous for his movie role from over twenty years ago of the comic book superhero Birdman in the blockbuster movie of the same name and its two equally popular sequels. His association with the role took over his life, where Birdman is more renowned than "Riggan Thomson" the actor. Now past middle age, Riggan is trying to establish himself as a true artist by writing, directing, starring in and co-producing with his best friend Jake what is his Broadway debut, an adaptation of Raymond Carver's story, What We Talk About When We Talk About Love. He is staking his name, what little artistic reputation that comes with that name and his life savings on the project, and as such will do anything needed to make the play a success.


Vivamus sagittis lacus vel augue laoreet rutrum faucibus dolor auctor. Duis mollis, est non commodo luctus.
用户统计
If I ask you about women, you'll probably give me a syllabus of your personal favorites.
You may have even been laid a few times.
But you can't tell me what it feels like to wake up next to a woman and feel truly happy.
用户统计
If I ask you about women, you'll probably give me a syllabus of your personal favorites.
You may have even been laid a few times.
But you can't tell me what it feels like to wake up next to a woman and feel truly happy.
用户统计
If I ask you about women, you'll probably give me a syllabus of your personal favorites.
You may have even been laid a few times.
But you can't tell me what it feels like to wake up next to a woman and feel truly happy.


Serenade puts on popup events showcasing personal and experimental interactive works and videogames.
Next: The Dreamscapes Games Space in collaboration with our friends at Static Vision and their Dreamscapes Film Festival from the 14th to the 16th of May 2021 at Mothership Studios (18-22 Sydney St, Marrickville NSW).
Featuring, in alphabetical order:
We’ve been inspired by other exhibitions, collectives and venues around Australia and internationally which highlight games that are deeply personal to their creators, games made without commercial intent and games engaging with topics rarely explored within the wider medium. We wanted to bring some of this energy to Sydney. So much more is possible in games and we don't often get to see it here. We want to contribute to changing that.
Contact us<EMAIL_ADDRESS>Previously: Serenade #1 (107 Projects, January 2020)
Serenade acknowledges the Gadigal people of the Eora Nation as the traditional custodians of the land of which we operate.
We pay respect to their Elders past and present. Sovereignty was never ceded, and this always was and always will be Aboriginal land.


Case
: case
Abs
: absolutive
The absolutive case marks subject of intransitive verb and direct object of transitive verb.
Examples
- [ess] Afsengaq neghtuq pagunghaghmeng. “A mouse ate crowberries.”
- [ess] Yugem walguyaagkek iflaak.. “She lost the man’s snow shoes.”
Erg
: ergative
The ergative case marks subject of transitive verb.
Examples
- [ess] Qikmima apeghtughisteka qilugaqaa. “My dog is barking at my teacher.”
Abl
: ablative-modalis
The ablative-modalis case is used for an object of an intransitive verb (an indefinite object). In addition, this case expresses direction from one place or time to another.
Examples
- [ess] Uupameng esghaatut. “They saw sea peaches.”
- [ess] Naayvameng tagiiq yaywaali. “The orphan came from the lake.”
Gen
: genitive
The genitive case denotes that the noun phrase somehow belongs to its governor.
Examples
- [ess] Nani esghaghsigu kaviighem riigtenga? “Where did you see the fox’s den?”
Voc
: vocative
The vocative case is a special form of noun used to address someone.
Examples
- [ess] Kaanyuq, naten mayughlleqsin whavek?
Loc
: locative
The locative case expresses location in space or time.
Examples
- [ess] Mekelghiighet naangat mangteghami qavaghaquq. “The boys’ mother is sleeping in the house.”
All
: allative
The allative case expresses direction to something.
Examples
- [ess] Sangami Nome-emun aghviqaawa? “Why did he travel to Nome?”
Per
: perlative
The perlative case denotes movement along something.
Examples
- [ess] Tengegkayuget sukalnguut nalugnaqut naayvam qaayngakun. “The fast plane is going to land on top of the lake.”
Equ
: equative
The equative case makes a comparison as in “like X”. It is also used to indicate what language is being spoken.
Examples
- [ess] Neghtuq qikmitun “He ate like a dog.”
- [ess] Laluramka akuziiquq Yupigestun. “The white person is speaking in the Yupik language.”
Case in other languages: [am] [apu] [arr] [bej] [bg] [cs] [el] [eme] [en] [ess] [et] [fi] [ga] [gn] [grc] [gub] [hu] [hy] [kmr] [koi] [kpv] [ky] [mdf] [myu] [myv] [pcm] [pt] [qpm] [ru] [sl] [sv] [tl] [tpn] [tr] [tt] [u] [uk] [urb] [urj]


Variants of getattr()#
- class sage.cpython.getattr.AttributeErrorMessage#
Bases:
object
Tries to emulate the standard Python
AttributeError
message.Note
The typical fate of an attribute error is being caught. Hence, under normal circumstances, nobody will ever see the error message. The idea for this class is to provide an object that is fast to create and whose string representation is an attribute error’s message. That string representation is only created if someone wants to see it.
EXAMPLES:
sage: 1.bla #indirect doctest Traceback (most recent call last): ... AttributeError: 'sage.rings.integer.Integer' object has no attribute 'bla' sage: x = polygen(ZZ, 'x') sage: QQ[x].gen().bla # optional - sage.libs.flint Traceback (most recent call last): ... AttributeError: 'sage.rings.polynomial.polynomial_rational_flint.Polynomial_rational_flint' object has no attribute 'bla'
sage: from sage.cpython.getattr import AttributeErrorMessage sage: AttributeErrorMessage(int(1), 'bla') 'int' object has no attribute 'bla'
AUTHOR:
Simon King (2011-05-21)
- cls#
- name#
- sage.cpython.getattr.dir_with_other_class(self, *cls)#
Emulates
dir(self)
, as if self was also an instancecls
, right aftercaller_class
in the method resolution order (self.__class__.mro()
)EXAMPLES:
sage: class A(): ....: a = 1 ....: b = 2 ....: c = 3 sage: class B(): ....: b = 2 ....: c = 3 ....: d = 4 sage: x = A() sage: x.c = 1; x.e = 1 sage: from sage.cpython.getattr import dir_with_other_class sage: dir_with_other_class(x, B) [..., 'a', 'b', 'c', 'd', 'e'] sage: class C(): ....: f = 6 sage: dir_with_other_class(x, B, C) [..., 'a', 'b', 'c', 'd', 'e', 'f']
Check that objects without dicts are well handled:
sage: cython("cdef class A:\n cdef public int a") # optional - sage.misc.cython sage: cython("cdef class B:\n cdef public int b") # optional - sage.misc.cython sage: x = A() # optional - sage.misc.cython sage: x.a = 1 # optional - sage.misc.cython sage: hasattr(x,'__dict__') # optional - sage.misc.cython False sage: dir_with_other_class(x, B) # optional - sage.misc.cython [..., 'a', 'b']
- sage.cpython.getattr.getattr_from_other_class(self, cls, name)#
Emulate
getattr(self, name)
, as ifself
was an instance ofcls
.INPUT:
self
– some objectcls
– a new-style classname
– a string
If self is an instance of cls, raises an
AttributeError
, to avoid a double lookup. This function is intended to be called from __getattr__, and so should not be called if name is an attribute of self.EXAMPLES:
sage: from sage.cpython.getattr import getattr_from_other_class sage: class A(): ....: def inc(self): ....: return self + 1 ....: ....: @staticmethod ....: def greeting(): ....: print("Hello World!") ....: ....: @lazy_attribute ....: def lazy_attribute(self): ....: return repr(self) sage: getattr_from_other_class(1, A, "inc") <bound method A.inc of 1> sage: getattr_from_other_class(1, A, "inc")() 2
Static methods work:
sage: getattr_from_other_class(1, A, "greeting")() Hello World!
Caveat: lazy attributes work with extension types only if they allow attribute assignment or have a public attribute
__cached_methods
of type<dict>
. This condition is satisfied, e.g., by any class that is derived fromParent
:sage: getattr_from_other_class(1, A, "lazy_attribute") Traceback (most recent call last): ...  AttributeError: 'sage.rings.integer.Integer' object has no attribute 'lazy_attribute'
In general, descriptors are not yet well supported, because they often do not accept to be cheated with the type of their instance:
sage: A.__weakref__.__get__(1) Traceback (most recent call last): ... TypeError: descriptor '__weakref__' for 'A' objects doesn't apply to ...'sage.rings.integer.Integer' object
When this occurs, an
AttributeError
is raised:sage: getattr_from_other_class(1, A, "__weakref__") Traceback (most recent call last): ... AttributeError: 'sage.rings.integer.Integer' object has no attribute '__weakref__'
This was caught by github issue #8296 for which we do a couple more tests:
sage: "__weakref__" in dir(A) True sage: 1.__weakref__ Traceback (most recent call last): ... AttributeError: 'sage.rings.integer.Integer' object has no attribute '__weakref__' sage: n = 1 sage: ip = get_ipython() # not tested: only works in interactive shell sage: ip.magic_psearch('n.N') # not tested: only works in interactive shell n.N sage: ip.magic_psearch('n.__weakref__') # not tested: only works in interactive shell
Caveat: When __call__ is not defined for instances, using
A.__call__
yields the method__call__
of the class. We use a workaround but there is no guarantee for robustness.sage: getattr_from_other_class(1, A, “__call__”) Traceback (most recent call last): … AttributeError: ‘sage.rings.integer.Integer’ object has no attribute ‘__call__’
- sage.cpython.getattr.raw_getattr(obj, name)#
Like
getattr(obj, name)
but without invoking the binding behavior of descriptors under normal attribute access. This can be used to easily get unbound methods or other descriptors.This ignores
__getattribute__
hooks but it does support__getattr__
.Note
For Cython classes,
__getattr__
is actually implemented as__getattribute__
, which means that it is not supported byraw_getattr
.EXAMPLES:
sage: class X: ....: @property ....: def prop(self): ....: return 42 ....: def method(self): ....: pass ....: def __getattr__(self, name): ....: return "magic " + name sage: raw_getattr(X, "prop") <property object at ...> sage: raw_getattr(X, "method") <function ...method at ...> sage: raw_getattr(X, "attr") Traceback (most recent call last): ... AttributeError: '...' object has no attribute 'attr' sage: x = X() sage: raw_getattr(x, "prop") <property object at ...> sage: raw_getattr(x, "method") <function ...method at ...> sage: raw_getattr(x, "attr") 'magic attr' sage: x.__dict__["prop"] = 'no' sage: x.__dict__["method"] = 'yes' sage: x.__dict__["attr"] = 'ok' sage: raw_getattr(x, "prop") <property object at ...> sage: raw_getattr(x, "method") 'yes' sage: raw_getattr(x, "attr") 'ok'
The same tests with an inherited new-style class:
sage: class Y(X, object): ....: pass sage: raw_getattr(Y, "prop") <property object at ...> sage: raw_getattr(Y, "method") <function ...method at ...> sage: raw_getattr(Y, "attr") Traceback (most recent call last): ... AttributeError: '...' object has no attribute 'attr' sage: y = Y() sage: raw_getattr(y, "prop") <property object at ...> sage: raw_getattr(y, "method") <function ...method at ...> sage: raw_getattr(y, "attr") 'magic attr' sage: y.__dict__["prop"] = 'no' sage: y.__dict__["method"] = 'yes' sage: y.__dict__["attr"] = 'ok' sage: raw_getattr(y, "prop") <property object at ...> sage: raw_getattr(y, "method") 'yes' sage: raw_getattr(y, "attr") 'ok'


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though, you will need to do some further setup on it. Please visit
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GitHub Page
Run A*
Run Dikjstra
Run DFS
Run Recursive backtracker maze generation
Run DFS maze generation
Create a vertical Maze
Create a Horizontal Maze
Create a Diagonal Maze
Create a Spiral Maze
Reset Maze
Clear Path
Generate a random Maze
Cover entire maze
Distance Measure
Euclidean Distance
Manhattan Distance
Chess Board Distance
Camberaa Distance
Cosine Distance
Neighbours
4-Adjcent Neighbours
Diagonal Neighbours
All 8 Neighbours
Set delay in milli seconds:
number of rows:
number of columns:
Prob. threshold for random maze:
Cell seperation :


#assign ReadAudit = "true">
Mapping added to an entity to indicate that we want a log of read access.
Refer to /docs/features/readauditing for details.


Seifu Dagnachew
About
Portfolio
Contact
Portfolio
Hangman
RPG Game
Trivia Game
Rutgers Info Widget
Rock Paper Scissors


10 May 1999
Disease Outbreak Reported
The team of epidemiologists from WHO and the US Centers for Disease Control and Prevention has now arrived in the outbreak zone (Watsa and the nearby community of Durba). The team will work with public health officials and Médecins sans frontières (Belgium and Netherlands) who are already on site, to identify any further cases of suspected viral haemorrhagic fever and to ensure that measures are in place to control the disease. Specific studies to identify possible animal reservoirs will also be carried out.
Please see previous reports about this outbreak: 6 May 1999; 5 May 1999; 30 April 1999.


| | |
- Lock = allocate_lock(...)
- allocate_lock() -> lock object
(allocate() is an obsolete synonym)
Create a new lock object. See help(LockType) for information about locks.
- addDiscount = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- addItem = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- addProduct = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- addSupplier = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- addTransaction = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- addUser = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- areWeGoingToRunOutOf = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- ceil(...)
- ceil(x)
Return the ceiling of x as an int.
This is the smallest integral value >= x.
- commitDB_Errorcatch(func)
- Decorator to wrap a function in errorchecking
:param func: decorates a function
:return: the decorated function
- decProduct = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- destroyDiscount = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- destroyItem = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- destroyProduct = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- destroySupplier = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- destroyTransaction = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- destroyUser = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editDiscount = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editItem = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editItemSold = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editProduct = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editSupplier = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editTransaction = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- editUser = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- getDiscountFor = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getItemAuthor = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getItemCost = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getItemData = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getItemExpirationDate = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getItemProduct = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxDiscountID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxItemID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxItemSoldID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxProductID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxSupplierID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxTransactionID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getMaxUserID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getProductInventoryCount = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getProductMinInventory = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getProductName = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getProductPrice = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getProductShelfLife = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getProductSupplierID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getSupplier = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getSupplierEmail = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getSupplierID = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getSupplierName = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getTransaction = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getUser = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getUserName = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getUserPassword = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getUserPermissions = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- getfromDB_Error(func)
- Decorator to wrap a function in error-checking
:param func: decorates a function
:return: the decorated function
- incProduct = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- popItemToItemSold = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
- reportInfoCSV = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- reportRevenueAudit = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- revenueCheck = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- runOutReport = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- toCSV = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: As needed by the function
:param kwargs: As needed by the function
:return: the function's return value, or -1 if the operation fails.
- updateCashierTable(db, rowsList, customerName, customerContact, paymentType)
- update the items_sold, items, and transaction tables given a list of rows
:param db: database pointer
:param rowsList: list of row objects
:param customerName: String
:param customerContact: String
:param paymentType: Int
:return:
- updateItemTable = wrapperFunction(db, *args, **kwargs)
- Wrapper function to error-check
:param db: database pointer
:param args: Whatever the wrapped function needs
:param kwargs: Whatever the wrapped function needs
:return: 0 if no issues, -1 if failure
|


Maintainer: Petr Kuzel
Updated on: 6th feb 2001
In order to use a variety of XML tools in a variety of computer environments, the problem of addressing resources that are inaccessible using their explicit system identifiers must be solved.
The short term solution to this problem is to define an entity catalog that handles the simple cases of mapping an external entity's public identifier and/or system identifier to an alternate URI. This solution allows for a probably system-dependent but application-independent catalog. Though it does not handle all issues that a combination of a complete entity manager and storage manager addresses, it simplifies both the use of multiple products in a great majority of cases and the task of processing documents on different systems.
Entity resolution is the process that an XML processor goes through when it has been requested to find another file[1] in the course of processing the file it's working on. The XML processor knows labelling information about the file such as its system identifier and possibly a name, public identifier, and so forth. These identifiers can be used to determine the actual location of the desired external file. This determination process (which "maps" the known labelling information into an actual location) is called an entity resolution, and the file that contains the specific mapping information is called the entity resolution catalog.
[1] file is used here for simplicity, but could be any other resource consisting of such things as declarations, a parsed entity, an unparsed entity, etc.
I call it Entity Resolving API. It consists of registerCatalogEntry() methods.
Two new methods have been introduced into it to support users catalogs:
The mapping registered by registerCatalogEntry() must stay of
The Catalog package put there its implementation of EntityResolver.
The catalog implementation provides a EntityResolver implementation based upon mounted catalogs. The resolver is registered into the IDE resolver chain. See JavaDoc.
+ XML Catalog Browser ~-------------------------{root} + System Catalog [ro] ~--------------------{catalog} | + -//Netbeans Toolbars DTD//EN ~---{catalog entry} | + -//Other system DTD//EN | + -//X Catalog//EN + My SOCAT [ro] + My XCatalog [rw] + +//WML 1.1//EN
Actions:
New -> some catalog provider: creates a new catalog provider bean
Actions:
Delete: remove it if user confirms
Refresh: refreshes a catalog content
Actions:
View: try to open the entity in read-only editor
Properties:
Public ID: a mapping key
System ID: a mapped value


Site Review - Engadget
I enjoy the relevant tech articles on Engadget.com. I can almost always find something worth reading. They do an excellent job of covering a wide range of tech stories while balancing between not being too technical nor too topical. I feel if I only read this blog, I would still have a good grasp of current and upcoming consumer tech.
The site starts with 5 images, each for a different major story. These stories revolve slower than the chronological blog postings below. These images draw the eye to their best reads and save the user from searching. The linear posting method with the highlights at the top makes it an easy site to use. Though I have rarely used it, a thin persistant bar at the top contains a search box.
Engadget is a modern, sleek design with a lot of white space. Calm blue is able to draw attention to needed elements when contrasted against the white and greys of the rest of the design.
Engadget is an ad supported site. They have a relatively low number of ads.


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Created by four CS majors at the Univeristy of Illinois at Urbana-Champaign.


---
title: Pathing
short_title: Pathing
description: A demonstration of maze generation using randomized Prim's algorithm and maze searching using various graph traversal algorithms (breadth-first, depth-first, Dijkstra, A star).
Source, Live
short_description: Visualizing maze generation & graph traversal algorithms
permalink: /projects/pathing/
web_link: /pathing
tags: [js]
date: October 2017
---


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GPS 1.2 HTML & CSS Practice
Amir & Steve
What is pair programming?
What is pair programming important to DBC?
Difference between driver and navigator
.


THE 'BURBS A film review by Randy Parker Copyright 1996 Randy Parker
RATING: ** (out of ****)
(Review written in 1989)
Poor Ray Peterson: all he wanted was to spend his vacation quietly at homerelaxing, mowing the lawn, fixing the barbecue, and watching ball games on TV. But then, he met the Klopeks, his new next-door neighbors, in THE 'BURBS, the horror spoof starring Tom Hanks. The Klopeks aren't like us normal folks, and they certainly don't fit into Suburbia, U.S.A. For instance, their house is decrepit, their yard has grown out of control, no one has ever seen them, and strange noises come from their basement late at night. As Ray becomes suspicious of his new "neighbors from Hell," his restful vacation turns into a nightmare of paranoia. He suspects the Klopeks of everything from murder to satanic worship.
THE 'BURBS, directed by Joe Dante (GREMLINS), is an attempt to lampoon the horror genre on one hand and the American, suburban lifestyle on the other. THE 'BURBS wants to be a parody a la AIRPLANE, but a poor script, uneven direction, and frequent lapses in momentum sabotage the film.
Visually and stylistically, however, the movie is stunning thanks to Dante's imaginative direction. He employs extreme close-ups, melodramatic zooms, and quick-fire editing to great comic effect. And best of all, Dante gives Ray's neighborhood a real sense of space and place. In fact, the most effective part of THE 'BURBS is the first half hour, during which the film introduces us to Ray's suburban neighborhood and its eccentric residents. Tom Hanks is Ray, the only normal person on the block; he's your average suburbanite and family man. Next door lives his slovenly friend, Art, played by Rick Ducommun. Across the street is Bruce Dern as Mr. Rumsfield, a wacko Vietnam vet who still dresses in army fatigues and plays with his war toys. He lives with a dizzy blonde bombshell (Wendy Schaal) who likes to prance around in skimpy, revealing outfits.  And let's not forget Corey Feldman as a radical teenager who gets his kicks by watching his neighbors from his porch. Then, of course, there are the Klopeks who are strange even by the standards of this neighborhood. Dante has created a satirical microcosm of America: a block of suburbia that would make the Cleavers run for their lives.
Dante demonstrates once again his knack for horror; he brings a stylish look and a paranoid atmosphere to the screen. His comedy skills, however, are not so well honed. While the humor in THE 'BURBS is sometimes clever, more often it is mindless, playing to the lowest common denominator.
 In another amusing scene, the camera manically zooms in and out and in and out as Art and Ray find a large thigh bone and come to the horrifying realization that it belongs to their missing neighbor, Walter.
Most of the time, however, the gags are either too juvenile, too cheap, or too predictable to produce honest laughs. Most of the jokes are so obvious that you can see them coming from miles away. You don't have to be psychic to predict that when Art climbs up a telephone pole to cut a power line, he's going to nearly electrocute himself and then plummet to the ground. And yet despite these problems, THE 'BURBS hits the satirical mark often enough to keep things rolling; the movie seldom fails to entertain.
With the exception of Bruce Dern's outrageous tour de force performance as Rumsfield (which is almost worth the price of admission alone), the acting in THE 'BURBS is uninspired. In fact, after his tremendous success in BIG and PUNCHLINE, I'm surprised that Tom Hanks took this role. Ray is one of the least colorful characters Hanks has ever played. The actor doesn't get to do anything interesting with his character until the very end of the film when Ray goes on a rampage; only then do we finally get some vintage Tom Hanks humor. During most of THE 'BURBS, another actor would have sufficed in the role, which is a condemnation not of Hanks but of the movie. I think it's a safe bet that THE 'BURBS will not revive Carrie Fisher's sagging film career. As Ray's bland wife, Carol, Fisher seems to be going through the motions; the actress gives a lifeless performance in a thankless role. At least Wendy Schaal and Corey Feldman inject some spirit and humor into their supporting roles.
THE 'BURBS has its strong points, but it also contains a fatal excess of unnecessary baggage. For every well-earned laugh, there is a groan. But if you have the patience and don't mind suffering through the weaknesses of the film, you just may want to visit this very unusual neighborhood. But remember, beware of the Klopeks.
~~~~~~~~~~ Randy Parker http://www.shoestring.org --> "1,000 Voices In The Dark" --> Weekly Movie Reviews & Interviews
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


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