3. Cfg
The cfg(3m) module provides an interface to load and store comments and key/value pairs. A small state machine parser preserves all space tokens and comments in order between loading, manipulating, and storing cfg files. The following is a sample of serialized properties (the cfg file format):
# This is a comment
addr = <IP_ADDRESS>
!port = 15000
user.1 = miallen
user.2 = gchan
Lines beginning with the '#' and '!' characters will be interpreted as comments. Keys are separated from values with '='. Reserved characters, leading and trailing spaces, and Unicode are supported with '\' escapes. If USE_WCHAR is defined, strings are wchar_t. Otherwise string encoding is locale dependant. See the HTML documentation for the text module.
3.1. Memory management functions
These functions should be used to manage cfg objects.
The cfg_init function
Synopsis
#include <mba/cfg.h>
int cfg_init(struct cfg *cfg, struct allocator *al);
Description
The cfg_init function initializes a cfg object. The object will have no properties. Memory for all cfg operations will be allocated from the allocator al. It may be necessary to call cfg_deinit to release memory allocated from the allocator al.
Returns
The cfg_init function returns -1 and sets errno to an appropriate value if an error occured or 0 if the object was successfully initialized.
The cfg_deinit function
Synopsis
#include <mba/cfg.h>
int cfg_deinit(struct cfg *cfg);
Description
The cfg_deinit function frees any resources associated with this cfg object. It is not necessary to deinitialize a cfg object if the memory backing it's allocator can be freed separately (e.g. using a suba(3m) allocator backed with stack memory is more efficient).
Returns
The cfg_deinit function returns -1 and sets errno to an appropriate value if an error occured or 0 if resources were successfully freed.
The cfg_new function
Synopsis
#include <mba/cfg.h>
struct cfg *cfg_new(struct allocator *al);
Description
The cfg_new function allocates memory from the allocator specified by the al parameter, initializes it with cfg_init, and returns a pointer to the new cfg object. The object will have no properties. The allocator specified by the al parameter will be used for all further memory management associated with this object. It may be necessary to call cfg_del to release memory allocated from the allocator al.
Returns
The cfg_new function returns a new cfg object if the operation succeeded or NULL if the operation failed in which case errno is set appropriately.
The cfg_del function
Synopsis
#include <mba/cfg.h>
int cfg_del(void *cfg);
Description
The cfg_del function frees the cfg object and all properties within it. It is not necessary to delete a cfg object if the memory backing it's allocator can be freed separately (e.g. using a suba(3m) allocator backed with stack memory is more efficent).
Returns
The cfg_del function return 0 if the operation was successful or -1 if it failed in which case errno will be set accordingly.
3.2. Load and store functions
The cfg_load function
Synopsis
#include <mba/cfg.h>
int cfg_load(struct cfg *cfg, const char *filename);
Description
The cfg_load function loads the properties in filename into the cfg object cfg.
Returns
The cfg_load function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the properties were successfully loaded.
The cfg_load_str function
Synopsis
#include <mba/cfg.h>
int cfg_load_str(struct cfg *cfg, const tchar *src, const tchar *slim);
Description
The cfg_load_str function loads properties into this cfg object from the character string at src up to but not including the memory at slim.
The cfg_load_env function
Synopsis
#include <mba/cfg.h>
int cfg_load_env(struct cfg *cfg);
Description
The cfg_load_env function loads the process environment as properties.
Returns
The cfg_load_env function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the process environment was successfully loaded.
The cfg_load_cgi_query_string function
Synopsis
#include <mba/cfg.h>
int cfg_load_cgi_query_string(struct cfg *cfg, const tchar *qs);
Description
The cfg_load_cgi_query_string function parses a QUERY_STRING style string like the one below which would result in loading properties 'hl', 'lr', 'ie', 'oe' and 'group' with their respective values. Parameters with no values such as 'lr' will be loaded with an empty string.
hl=en&lr=&ie=UTF-8&oe=UTF-8&group=comp.unix.programmer
Returns
The cfg_load_cgi_query_string function returns 0 if the query string parameters were valid and loaded successfully. Otherwise -1 is returned and errno is set appropriately.
The cfg_store function
Synopsis
#include <mba/cfg.h>
int cfg_store(struct cfg *cfg, const char *filename);
Description
The cfg_store function serializes the properties of the object cfg and stores them in filename.
Returns
The cfg_store function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the properties were successfully stored.
The cfg_fwrite function
Synopsis
#include <mba/cfg.h>
int cfg_fwrite(struct cfg *cfg, FILE *stream);
Description
The cfg_fwrite function serializes the properties of the object cfg and stores them in filename.
Returns
The cfg_fwrite function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the properties were successfully written.
3.3. Property manipulation functions
The cfg_iterate function
Synopsis
#include <mba/cfg.h>
void cfg_iterate(void *cfg, iter_t *iter);
Description
Enumerate each key in this cfg object. The cfg_iterate function initializes iter with the position of the first property in this cfg. With each subsequent call to cfg_next the key of each property is returned or NULL if all keys have been enumerated.
The cfg_next function
Synopsis
#include <mba/cfg.h>
const tchar *cfg_next(void *cfg, iter_t *iter);
Returns
The cfg_next function returns the next property in this cfg object or NULL if all keys have been enumerated.
The cfg_get_str function
Synopsis
#include <mba/cfg.h>
int cfg_get_str(struct cfg *cfg,
tchar *dst,
int dn,
const tchar *def,
const tchar *name);
Description
The cfg_get_str function retrieves a property identified by name into the memory spcecified by dst as a string. No more than dn bytes of dst will be written to. If the value is truncated a trailing '\0' will be included. If the named property is not in the list and the string def is not NULL, def will be copied into dst.
Returns
If the named property is not found and def is NULL or the operation fails for another reason the cfg_get_str function will return -1 and set errno to an appropriate value. Otherwise 0 is returned to indicate the string was successfully copied.
The cfg_vget_str function
Synopsis
#include <mba/cfg.h>
int cfg_vget_str(struct cfg *cfg,
tchar *dst,
int dn,
const tchar *def,
const tchar *name,
...);
Description
The cfg_vget_str function retrieves a property identified by name into the memory spcecified by dst as a string. The name parameter is a format specifier that is parsed by vsprintf(3) before being passed to cfg_get_str. This permits complex keys to be constructed in-situ. To iterate over each element in a list of at most 10 properties named user.0, user.1, user.2, ... the following might be used:
for (i = 0; i < 10; i++)
if (cfg_vget_str(cfg, buf, BUFSIZ, NULL, "user.%d", idx)) == 0)
break; /* end of list */
Returns
The cfg_vget_str function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the string was successfully copied.
The cfg_get_short function
Synopsis
#include <mba/cfg.h>
int cfg_get_short(struct cfg *cfg, short *dst, short def, const tchar *name);
Description
The cfg_get_short function is a convienence function that retrieves the property identified by name from cfg cfg object, converts it to a short integer with strtol(3), and stores the value in dst. If the named property does not exist, def will be copied to dst.
Returns
The cfg_get_short function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the integer was successfully retrieved.
The cfg_get_int function
Synopsis
#include <mba/cfg.h>
int cfg_get_int(struct cfg *cfg, int *dst, int def, const tchar *name);
Description
The cfg_get_int function is a convienence function that retrieves the property identified by name from cfg cfg object, converts it to an integer with strtol(3), and stores the value in dst. If the named property does not exist, def will be copied to dst.
Returns
The cfg_get_int function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the integer was successfully retrieved.
The cfg_get_long function
Synopsis
#include <mba/cfg.h>
int cfg_get_long(struct cfg *cfg, long *dst, long def, const tchar *name);
Description
The cfg_get_long function is a convienence function that retrieves the property identified by name from cfg cfg object, converts it to a long integer with strtol(3), and stores the value in dst. If the named property does not exist, def will be copied to dst.
Returns
The cfg_get_long function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the integer was successfully retrieved.
The cfg_vget_short function
Synopsis
#include <mba/cfg.h>
int cfg_vget_short(struct cfg *cfg, short *dst, short def, const tchar *name, ...);
Description
The cfg_vget_short function is a convienence function that retrieves the property identified by name from cfg cfg object, converts it to a short integer with strtol(3), and stores the value in dst. The name parameter and variable arguments are first reduced using vsprintf(3) permitting complex keys to be constructed. If the named property does not exist, def will be copied to dst.
Returns
The cfg_vget_short function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the integer was successfully retrieved.
The cfg_vget_int function
Synopsis
#include <mba/cfg.h>
int cfg_vget_int(struct cfg *cfg, int *dst, int def, const tchar *name, ...);
Description
The cfg_vget_int function is a convienence function that retrieves the property identified by name from cfg cfg object, converts it to an integer with strtol(3), and stores the value in dst. The name parameter and variable arguments are first reduced using vsprintf(3) permitting complex keys to be constructed. If the named property does not exist, def will be copied to dst.
Returns
The cfg_vget_int function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the integer was successfully retrieved.
The cfg_vget_long function
Synopsis
#include <mba/cfg.h>
int cfg_vget_long(struct cfg *cfg, long *dst, long def, const tchar *name, ...);
Description
The cfg_vget_long function is a convienence function that retrieves the property identified by name from cfg cfg object, converts it to a long integer with strtol(3), and stores the value in dst. The name parameter and variable arguments are first reduced using vsprintf(3) permitting complex keys to be constructed. If the named property does not exist, def will be copied to dst.
Returns
The cfg_vget_long function returns -1 and sets errno to an appropriate value if the operation failed or 0 if the integer was successfully retrieved.
Copyright 2002 Michael B. Allen <mba2000 ioplex.com>


[CHAPTER 489N]
INTERNATIONAL MATCHMAKING ORGANIZATIONS
Section
489N-1 Definitions
489N-2 Dissemination of criminal record and marital history
information
489N-3 Jurisdiction
489N-4 Penalties
489N-5 Other relief available


Black lives, black voices
Dr. Tiffany Chioma Anaebere
The Emeryville resident, 31, is an emergency physician at Highland Hospital in Oakland
W. Kamau Bell
The 43-year-old comedian and Berkeley resident hosts CNN’s “United Shades of America”
Mistah F.A.B.
The Oakland resident, 34, is one of the Bay Area’s most popular rappers
Zaynab AbdulQadir-Morris
The UC Berkeley student, 20, is a campus senator, activist and double major in African American studies and sociology
Montgomery Singleton
The 22-year veteran of the San Francisco Police Department works out of the Bayview Station
Fantastic Negrito
The 48-year-old singer-songwriter, who lives in Oakland, addressed police shootings in his new album, “The Last Days of Oakland”
John William Templeton
The 61-year-old historian on the African American experience in California co-founded National Black Business Month
Wanda Johnson
Her 22-year-old son, Oscar Grant, was killed on New Year’s Day 2009 in Oakland by a BART police officer
Reporter
{{ credit.info('Hamed Aleaziz', 'haleaziz', 'Haleaziz' ) }}Photography & audio
{{credit.info('Leah Millis', 'lmillis', 'LeahMillis') }}Interactive producer
{{ credit.info('Lucio Villa', 'lvilla', 'luciovilla' ) }}


git request-pull v1.1 https://example.com/project branch_name
git request-pull v0.1 https://example.com/project foo:bar


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{% extends 'base.html' %} {% load static %} {% load crispy_forms_tags %} {% block content %}
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Congress dissolves party unit in Himachal, PCC chief to remain unchanged
However, the president of the state Pradesh Congress Committee (PCC) shall remain unchanged, the release signed by party general secretary KC Venugopal said.
by PTIThe Congress has dissolved its party unit in Himachal Pradesh, a release issued by the party said on Wednesday.
However, the president of the state Pradesh Congress Committee (PCC) shall remain unchanged, the release signed by party general secretary KC Venugopal said.
It added that Congress president Sonia Gandhi had decided to dissolve the executive committees of the PCC, DCC and BCCs in Himachal Pradesh with immediate effect.
In a state-level move, the Himachal Pradesh Youth Congress also dissolved executive committees of its two blocks in Bilaspur district.
The executive panels of Naina Devi and Jukhala blocks were dissolved with immediate effect, state Youth Congress president Manish Thakur said in a statement.
Thakur said the executive panels were dissolved with the consent of the All-India Youth Congress secretary, Jagdev Gaga, as several of their members were above age.
Executive panels of other blocks would be dissolved soon, he added.


|
P1 - Pakkelevering
Traveling salesman problem
|
Go to the source code of this file.
Functions | |
| void | search_and_parse_points (cJSON *json, struct point *map_points) |
| Searches for a specific map node. More... | |
| int | sorter_function (const void *a, const void *b) |
| Sorts all the nodes in the map file after node id. More... | |
| void | search_and_parse_streets (cJSON *json, struct point map_points[]) |
| int | binary_searcher (double input, struct point *map_points, int array_len) |
| Searches binay for a certain map node. More... | |
| void | pointer_writer (struct point *map_points, int array_key, int old_array_key) |
| Connects the neighbours in the map data to eachother. More... | |
| int | is_written (struct point point, int array_key, int old_array_key) |
| Checks if the point is already written into the points. More... | |
| void | map_parser (struct point *map_points) |
| Updates the data from the map file using cJSOM. More... | |
| int | points_counter () |
| Counts the amount of nodes in the JSON map file. More... | |
| void | search_and_parse_streets (cJSON *json, struct point *map_points) |
| Function passes streets, and connects the points, so all the points know what points they are connected to. More... | |
| int | is_written (struct point point, int array_key, int old_array_key) |
| Checks if the point is already written into the points. More... | |
| int binary_searcher | ( | double | input, |
| struct point * | map_points, | ||
| int | array_len | ||
| ) |
Searches binay for a certain map node.
| [in] | input | A certain node from the map file |
| [in] | point *map_points | The array of structs that contains the map data |
| [in] | array_len | The length of the array |
Definition at line 331 of file map_parser.c.
Checks if the point is already written into the points.
| [in] | point point | The array of structs that contains the neighbours |
| [in] | array_key | The array key of the examined node |
| [in] | old_array_key | the array key of the neighbour to the examined node |
Definition at line 271 of file map_parser.c.
Checks if the point is already written into the points.
| [in] | point point | The array of structs that contains the neighbours |
| [in] | array_key | The array key of the examined node |
| [in] | old_array_key | the array key of the neighbour to the examined node |
Definition at line 271 of file map_parser.c.
| void map_parser | ( | struct point * | map_points | ) |
Updates the data from the map file using cJSOM.
| [in] | point *map_points | The array of structs the contains the map data. |
Definition at line 20 of file map_parser.c.
| void pointer_writer | ( | struct point * | map_points, |
| int | array_key, | ||
| int | old_array_key | ||
| ) |
Connects the neighbours in the map data to eachother.
| [in] | point *map_points | The array of structs that contains the map data |
| [in] | array_key | The arra_key of the examined node |
| [in] | old_array_key | The array key of the neighbour to the examined node. |
Definition at line 192 of file map_parser.c.
| int points_counter | ( | ) |
Counts the amount of nodes in the JSON map file.
Definition at line 92 of file map_parser.c.
Searches for a specific map node.
| [in] | data[] | a string that contains a certain map node. |
| [in] | point *map_points | The array of structs that contains the map data |
Definition at line 68 of file map_parser.c.
Function passes streets, and connects the points, so all the points know what points they are connected to.
| [in] | *data | Contains all the data from the map file |
| [out] | points *map_points | The array of structs where all the data is copied into |
Definition at line 149 of file map_parser.c.
| int sorter_function | ( | const void * | a, |
| const void * | b | ||
| ) |
Sorts all the nodes in the map file after node id.
Definition at line 130 of file map_parser.c.


Public speech that expresses hate or encourages violence towards a person or group based on something such as race, religion, sex, or sexual orientation is known as ‘Hate Speech’. There are laws of some countries describe hate speech as speech, gestures, conduct, writing, or displays that incite violence or prejudicial actions against a group or individuals on the basis of their membership in the group, or which disparage or intimidate a group or individuals on the basis of their membership in the group. Freedom of opinion and expression (freedom of expression) is a fundamental human right. In some countries hate speech is protected and some may take legal action for use of hate speech. We, came up with this tool for helping Hate-o-meter is a tool developed to recognize any form of hate statements that are published through internet forums, newspapers, articles, blogs etc. The tool is to be used to find the percent of hate a form of text includes. It can also be used to identify the category base out of religion, gender, ethnicity/community, and disability, the text targets. The tool can be utilized by any member for academic, personal, professional, or legal work. THE TOOL IS FREE OF COST.


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Darwin
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Parramatta
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The fixed list of cards should be in the main deck. The variable list of cards should be in the sideboard. This uses MTGO exported decklists for the input.


This is a project I collaberated with when I was working at a High School. The goal was to track tardies and implement consequences to constant offenders. The program decreased tardies and absences by 70% and saved the High School saved $46k+. This program was devoloped with HTML5, CSS3, JavaScript, PHP and MySQL.
Check it outThis a sample project used to feature the use of React.js and Firebase
Check it outThis is a Short Link App that allows you to create an account, shorten and visit your links!
Check it outThis is an app that allows you to add players and keep track of scores.
Check it out


The goal of this chapter is to establish a model that describes any prototype in terms of the artifact being designed, rather than the prototype’s incidental attributes. By focusing on the purpose of the prototype — that is, on what it prototypes —we can make better decisions about the kinds of prototypes to build.
I completely agree that this is how prototypes are to be created - with specific goals in mind. However, I've actually never seen the contrary. Maybe in a lower level IXD course, I may have seen a novice designer try to prototype an entire experience. But, and this could just be a product of my education, I've always known prototypes to be incredibly contextual. Is this different elsewhere? Is an implicit message to prototype more often? Do the varying perspectives in a multidisciplinary design team mean defining a valid prototype difficult?
EDIT: I just realized this was published in 97'. I can imagine these mistakes still exist, but are much less commonplace.
An architect’s computer: This example concerned the design of a portable computer for architects who need to gather a lot of information during visits to building sites. One of the first questions the designers explored was what form would be appropriate for their users. Without much ado they weighted the pizza box shown in Example 10 to the expected weight of the computer, and gave it to an architect to carry on a site visit. They watched how he carried the box, what else he carried with him, and what tasks he needed to do during the visit. They saw that the rectilinear form and weight were too awkward, given the other materials he carried with him, and this simple insight led them to consider of a softer form.
This prototype is interesting to me in so many ways. First, I think this fast, cheap, and obviously effective solution to a protype is awesome. However, I wonder if there aren't inherint flaws in having the architect have to hold both the new solution AND what the solution is intended to replace. I don't doubt the designers thought of this already, so I'd love to know what those conversations sounded like. Additionally, texture has to have some sort of impact in comfortability - the pizza box has noticably rigid edges that would exacerbate the uncofortability that the coners of a rectilinear form have. Would a simply rounded corner change things? Sounds like a fun experiment.
In the pile metaphor, each electronic document was represented by a small icon or “proxy”, several of which were stacked to form a pile. The contents of the pile could be quickly reviewed by moving the arrow cursor over it. While the cursor was over a particular document, the “viewing cone” to the right displayed a short text summary of the document.
Excerpts like this make me wish I was around when these metaphors were being discussed - I imagine it was an exciting process. At the same time, I'm glad much of this has already been talked over so that I can take that information and apply it to exciting new things. Sidenote: I drove a Tesla today, and the single-peddle driving blew me away because I know that I as a designer wouldn't have dared to challenge the current model of vehicle acceleration and deceleration.
My chosen natural system to diagram was an Oak Tree
This was my first diagram
Once I learned it was rather complex, my diagram changed quite a bit
I originally chose an oak tree because of its scale. I don't have any particular interest in oak trees, but was interested in the idea that within this ordinary plant contained a complex system that is probably overlooked by many
To be honest, I didn't take the time to envision my diagram as a fully coded project. It soon became clear that what I was proposing may have been a little overzealous for our first project. What was once an oak tree with an indepdendt trunk, canopy, mammals, bugs, and more became something much more reasonable: A tree with a couple Possums and some bugs. I'm glad though, as I've had much more trouble learning Processing than I imagined I would. Details Below.
In order to translate my diagram into code, I had to simplify what exactly it was I was trying to code so that I could find an appropriate metaphor for the action. Ie, changing an object's position randomly to represent an animal searching for food. From there, I looked at all the aspects of my ecosystem and researched what methods would be required to depict it fully.
After understanding what I would need to learn, I decided what parts of my ecosystem were absolutely required to be a succesful depiction of an Oak Tree, what was secondary, what was difficult, etc. From there I just tried to implement as many new methods as I could learn within the given time.
The primary interactive elements in my project were the ability to add Possums and Bugs to the screen. After some thought, I decided that while modeling the frequency in which a Possum or Bug appears would be valid, what would better encapsulate the "randomness" of a particular tree ecosystem in a particular region surrounded by particular animals, would be to leave it up to many humans as opposed to just myself.
I actually have a list of items that I would really like to figure out before moving on to the next project. As you can see by the couple lines of code that I remembered to save (figure 1), that I couldn't understand how to apply the dist() method while using an array. At one point, I was able to make a "Possum" grow larger if it every came in contact with a "Bug". However, with the addition of ArrayList, nothing I do seems to solve my confusion with local/global variables and static/non-static fields. I would then need to remove the specific "Bug" that got "eaten" from the array list, which I was unable to begin tackling.
figure 1
Random-walk was another issue that was both interesting and annoying. I couldn't understand why code like this:
wouldn't apply the random walker to the Possum object. But code like this:
would give me a random walkers that don't go anywhere.


If you forgot your password, hit Forgot password at the bottom of the screen.
You will be taken to the following screen
Type in your phone number and hit the Send reset code button.
You will receive a reset code in a text message and see the following screen
Enter the code from the text message and your new password
Enter the same password in the Confirm password box
Hit the Reset button
You will return to the dashboard screen.


*PEN final practice*
---------------FORM NUMBER 1----------------
This form gives the user the information about all species
---------------FORM NUMBER 2----------------
This form allows the user to look information of a limited specie
Number of species you want to know:
---------------FORM NUMBER 3----------------
This form allows the user to look information of a concrete specie
Name of the specie:
---------------FORM NUMBER 4----------------
This form allows the user to know the length of the chromosome of the chosen specie
Name of the specie:
Choose a specie:
Choose a chromo:


We bring extensive know-how to the arena of packaging to ensure your product cannot only be delivered correctly to the end client but to also ensure it can be handled efficiently during the sometimes very complex supply chain. With our in-house packaging factory & design studio we create speed to market but more importantly operate very cost effective. Our main focus is biodegradable materials!


Donald John Trump
Résumé
— I'm the most successful person ever to run for the presidency, by far. Nobody's ever been more successful than me. I'm the most successful person ever to run. Ross Perot isn't successful like me. Romney — I have a Gucci store that's worth more than Romney. Sorry losers and haters, but my IQ is one of the highest — and you all know it!  I often spend my own championships on my huge, like some EU countries area, golf field!🤩
Experience
Recent
-
20th January 2017 - present
The 45th President of the United States
My presidential achievements:
-
- I jump-started America’s economy into record growth, which created jobs and increased take-home pay for working Americans.
- Under President Trump’s leadership, Congress passed historic tax cuts and relief for hard-working Americans
- The U.S. Gross Domestic Product (GDP) grew at or above 3 percent for two quarters in a row for the first time in three years.
- 2017 first quarter GDP grew 1.2 percent, and 2017 fourth quarter GDP grew 2.5 percent
- 2018 first quarter GDP grew 2.3 percent. The best since 2015.
- President Trump is unleashing economic growth and jobs. During his first year, nearly 3 million new jobs were created since January 2017 and the unemployment rate fell to 3.8 percent, the first time below 4% in 18 years.
- The Dow Jones Industrial Average hit record highs more than 80 times under President Trump, including closing higher than 26,000 points for the first time in its history.
- Economic confidence rebounded to record highs under President Trump because his pro-growth policies have and continue to put American workers and businesses first.
- President Trump signed an Executive Order that expanded apprenticeships, recognizing the need for more quality alternatives to four-year college degrees.
- President Trump signed a Presidential Memorandum directing the Secretary of Education to prioritize STEM education with a particular focus on computer science.
- The Trump Administration prioritized the economic empowerment of women as a key element of our commitment to economic growth and gender equality.
-
- I protected the American homeland by enforcing immigration laws, so that every American can feel safe in their community.
- President Trump called on Congress to fully fund a wall along the Southern border, to close legal loopholes that enable illegal immigration, to end chain migration, and to eliminate the visa lottery program
- President Trump pulled the United States out of negotiations for a “Global Compact on Migration,” a plan for global governance of immigration and refugee policy that may have compromised U.S. sovereignty
- The Trump Administration rescinded the unlawful Deferred Action for Parents of Americans (DAPA) program.
- From President Trump’s inauguration through the end of FY 2017, U.S. Immigration and Customs Enforcement (ICE) made 110,568 arrests of illegal aliens, a 40 percent increase compared to the same time period the prior year.
- In FY 2017, ICE conducted 226,119 removals. The proportion of removals resulting from ICE arrests increased from 65,332, or 27 percent of total removals in FY 2016 to 81,603, or 36 percent of total removals, in FY 2017.
-
I built stronger rural communities by ensuring Americans have access to the quality infrastructure they deserve.
-
By promoting fair and reciprocal trade, President Trump put America first. This includes exiting TPP, renegotiating NAFTA, and securing major new bilateral deals with major trading partners.
-
President Trump rebuilt our military, crushed ISIS, and confronted rogue nations to protect America and our allies.
-
President Trump reversed years of policies that locked up American energy and restricted our ability to sell to other countries.
-
President Trump repealed the Obamacare individual mandate, expanded plan choices and increased competition to bring down costs for consumers.
-
President Trump and his Administration protected life by fighting back against illegal drug shipments, opioid abuse, and abortion service providers.
-
President Trump and his Administration supported the expansion of school choice across the country so every parent has a voice in their child’s education.
-
Back then
-
-
2016
Won election race with 77 votes more than Clinton, yippe-kee-yay!
-
2015
Became the most important Republican nominating for presidential election run
-
2009
Changed my mind and became Republican again
-
2005
Started Trump University with Michael Sexton and Jonathan Spitalny: no grades, certificates and other bureaucracy, but program offered courses in real estate, asset management entrepreneurship, and wealth creation. 98% students gave positive reviews while studying, however some of these ungrateful gringos filed lawsuits against Trump University after the course. I had to pay $25 million to settle that...
-
2002
Acquired the former Hotel Delmonico, which was renovated and reopened in 2004 as the Trump Park Avenue. I sure do like my surname!
-
2001
Completed Trump World Tower and joined the Democratic Party
-
1999
Started buying golf courses. They are very cheap, I have 18 of them now in USA and abroad! Also switched to the Reform Party that year
-
1997
Began a multi-building development along the Hudson River, which was named Trump Place. Me and the other investors sold our shares for $1.8 billion and that was then the biggest residential sale in the history of New York City
-
1996
Acquired the Bank of Manhattan Trust Building, which was a vacant seventy-one story skyscraper on Wall Street. After an extensive renovation, the high-rise was renamed the Trump Building
-
1994
Refurbished the Gulf and Western Building on Columbus Circle, turned it into a 44-story luxury property known as Trump International Hotel and Tower
-
1989 ― 1992
Ran a second hand airline called Trump Shuttle. What a waste of money, I had to sell it, now it is American Airlines Shuttle, btw
-
1989, 1990
Learned about Tour de France and decided to hold my very own Tour de Trump. Is America not great enough for that cycling competition?
-
1988
Acquired the Plaza Hotel in Manhattan for $407 million, invested $50 million to restore the building and boosted it from three-star to four-star hotel (I called it "the Mona Lisa" and sold it for a lot of cash in 1995)
-
1987
Registered as a Republican
-
1985
I bought the Mar-a-Lago estate in Palm Beach and turned it into a private club.You can join if you pay $200K initiation fee (and there is another annual fee for members, it is very expensive to be rich). That year I also opened a casino called Trump Castle. My wife Ivana became a manager, because she is another Trump!
-
1983
I purchased New Jersey Generals, an American football team. I changed team's play schedule and filed an antitrust lawsuit against United States Football League, so NJG are not doing so good now, but back then they were great!
-
1980
Started developing the Trump Tower skyscraper in Manhattan, I payed a crew of undocumented Polish workers to demolish the historic Bonwit Teller store, including art deco features. All this to make architectural critic Paul Goldberger say in 1983 that the tower's atrium is "the most pleasant interior public space to be completed in New York in some years". At the same time I also started a repair job on the Wollman Rink in Central Park and completed the work in three months for $1.95 million, which was $775,000 less than the initial budget!
-
1978
Purchased a 50 percent stake in the derelict Commodore Hotel and turned it into the Grand Hyatt Hotel in 2 years of remodeling
-
1971
Was promoted to president of the company and renamed it The Trump Organization
-
1968
Began my career at my father's real estate development company, Elizabeth Trump & Son
-
-
-
2019
Was awarded Worst Actor and Worst Screen Combo at Golden Raspberry Awards for parts in "Death of a Nation" and "Fahrenheit 11/9"
-
2015
Published a book "Crippled America: How to Make America Great Again"
-
2011
Published a book "Time to Get Tough: Making America #1 Again" in coauthorship with Wynton Hall, Peter Schweizer and Meredith McIver
-
2011
Published a book "Midas Touch: Why Some Entrepreneurs Get Rich – And Why Most Don't" in coauthorship with Robert Kiyosaki
-
2011
Published a book "Trump Tower" in coauthorship with Jeffrey Robinson
-
2009
Published a book "Think Like a Champion: An Informal Education in Business and Life" in coauthorship with Meredith McIver
-
2008
Published a book "Never Give Up: How I Turned My Biggest Challenges into Success" in coauthorship with Meredith McIver
-
2007
Published a book "Think Big and Kick Ass" in coauthorship with Bill Zanker
-
2007
Received a star on the Hollywood Walk of Fame for being producer of Miss Universe pageant
-
2006
Published a book "Why We Want You to Be Rich" in coauthorship with Meredith McIver and Robert Kiyosaki
-
2006
Published a book "How to Build a Fortune: Your Plan for Success From the World's Most Famous Businessman"
-
2006
Published a book "The Best Real Estate Advice I Ever Received: 100 Top Experts Share Their Strategies"
-
2006
Published a book "Trump 101: The Way to Success" in coauthorship with Meredith McIver
-
2005
Published a book "The Best Golf Advice I Ever Received"
-
2005
Performed a song with Megan Mullally at the 57th Primetime Emmy Awards
-
2004 ― 2008
Ran short-form talk radio program "Trumped!" (one to two minutes on weekdays)
-
2004
Published a book "Trump: How to Get Rich" in coauthorship with Meredith McIver
-
2004
Published a book "The Way to the Top: The Best Business Advice I Ever Received"
-
2004
Published a book "Think Like a Billionaire: Everything You Need to Know About Success, Real Estate, and Life" in coauthorship with Meredith McIver
-
2003 ― 2015
Produced NBC reality shows "The Apprentice" and "The Celebrity Apprentice"
-
2000
Published a book "Trump: The America We Deserve" in coauthorship with Dave Shiflett
-
1997
Published a book "Trump: The Art of the Comeback" in coauthorship with Kate Bohner
-
1991
Was awarded Worst Supporting Actor at Golden Raspberry Awards for a part in "Ghosts Can't Do It"
-
1990
Published a book "Trump: Surviving at the Top" in coauthorship with Charles Leerhsen
-
1987
Published a book "Trump: The Art of the Deal" in coauthorship with Tony Shwartz
-
-
-
2006
Melania gained United States citizenship and gave birth to our son, Barron
-
2005
Married her
-
1998
Met my future third wife, Melania Knauss
-
1999
Divorced Marla ¯_(ツ)_/¯
-
1993
Married Marla and had a daughter, we named her Tiffany, because I like Tiffany & Company jewellery as well
-
1992
Started affair with Marla Maples, so I had to divorce. God knows I love nice women, I love them all!
-
1984
Birth of Eric Trump
-
1982
Birth of Ivanka Trump
-
1977
My first son is born. I called him Donald, of course!
-
1977
Married Czech model Ivana Zelníčková
-
-
14th June 1946
Born in Queens, New York City, USA
Languages
Skills💪
Character
Likes😃
Dislikes😞
Wants🤔
Education🎓
-
2011
Asked friends who are prominent and wealthy alumni of the New York Military Academy to secure my academic records so they could not be seen by anyone, never!
-
1968
Graduated Wharton School with a B.S. in economics
-
1966
Transferred to the Wharton School of the University of Pennsylvania
-
1964Started studying in Fordham University
-
1959Enrolled in the New York Military Academy, a private boarding school, after my parents discovered I made frequent trips into Manhattan without their permission


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{% extends "base.html" %} {% block title %} Agents | List {% endblock title %} {% block content %} Agents Create a new agent {% if not agents %} There are currently no agents. {% else %} Full Name Email Edit {% for agent in agents %} {{ agent.user.first_name }} {{ agent.user.last_name }} {{ agent.user.email }} Edit {% endfor %} {% endif %} {% endblock content %}
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track bin
© 2017 Michael Valadez
Click on the album to add its track to the bin
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© 2017 Michael Valadez


The jest
command line runner has a number of useful options. You can run jest --help
to view all available options. Many of the options shown below can also be used together to run tests exactly the way you want. Every one of Jest’s Configuration options can also be specified through the CLI.
Here is a brief overview:
Run all tests (default):
Run only the tests that were specified with a pattern or filename:
Run tests related to changed files based on hg/git (uncommitted files):
Run tests related to path/to/fileA.js
and path/to/fileB.js
:
Run tests that match this spec name (match against the name in describe
or test
, basically).
Run watch mode:
Watch mode also enables to specify the name or path to a file to focus on a specific set of tests.
If you run Jest via yarn test
, you can pass the command line arguments directly as Jest arguments.
Instead of:
you can use:
If you run Jest via npm test
, you can still use the command line arguments by inserting a --
between npm test
and the Jest arguments.
Instead of:
you can use:
Jest supports both camelcase and dashed arg formats. The following examples will have equal result:
Arguments can also be mixed:
Note: CLI options take precedence over values from the Configuration.
jest <regexForTestFiles>
When you run jest
with an argument, that argument is treated as a regular expression to match against files in your project. It is possible to run test suites by providing a pattern. Only the files that the pattern matches will be picked up and executed. Depending on your terminal, you may need to quote this argument: jest "my.*(complex)?pattern"
. On Windows, you will need to use /
as a path separator or escape \
as \\
.
--bail
Alias: -b
. Exit the test suite immediately upon n
number of failing test suite. Defaults to 1
.
--cache
Whether to use the cache. Defaults to true. Disable the cache using --no-cache
. Note: the cache should only be disabled if you are experiencing caching related problems. On average, disabling the cache makes Jest at least two times slower.
If you want to inspect the cache, use --showConfig
and look at the cacheDirectory
value. If you need to clear the cache, use --clearCache
.
--changedFilesWithAncestor
Runs tests related to the current changes and the changes made in the last commit. Behaves similarly to --onlyChanged
.
--changedSince
Runs tests related to the changes since the provided branch. If the current branch has diverged from the given branch, then only changes made locally will be tested. Behaves similarly to --onlyChanged
.
--ci
When this option is provided, Jest will assume it is running in a CI environment. This changes the behavior when a new snapshot is encountered. Instead of the regular behavior of storing a new snapshot automatically, it will fail the test and require Jest to be run with --updateSnapshot
.
--clearCache
Deletes the Jest cache directory and then exits without running tests. Will delete cacheDirectory
if the option is passed, or Jest’s default cache directory. The default cache directory can be found by calling jest --showConfig
. Note: clearing the cache will reduce performance.
--collectCoverageFrom=<glob>
A glob pattern relative to
--colors
Forces test results output highlighting even if stdout is not a TTY.
--config=<path>
Alias: -c
. The path to a Jest config file specifying how to find and execute tests. If no rootDir
is set in the config, the directory containing the config file is assumed to be the rootDir for the project. This can also be a JSON-encoded value which Jest will use as configuration.
--coverage
Indicates that test coverage information should be collected and reported in the output. This option is also aliased by --collectCoverage
.
--debug
Print debugging info about your Jest config.
--detectOpenHandles
Attempt to collect and print open handles preventing Jest from exiting cleanly. Use this in cases where you need to use --forceExit
in order for Jest to exit to potentially track down the reason. Implemented using async_hooks
, so it only works in Node 8 and newer.
--env=<environment>
The test environment used for all tests. This can point to any file or node module. Examples: jsdom
, node
or path/to/my-environment.js
.
--errorOnDeprecated
Make calling deprecated APIs throw helpful error messages. Useful for easing the upgrade process.
--expand
Alias: -e
. Use this flag to show full diffs and errors instead of a patch.
--findRelatedTests <spaceSeparatedListOfSourceFiles>
Find and run the tests that cover a space separated list of source files that were passed in as arguments. Useful for pre-commit hook integration to run the minimal amount of tests necessary. Can be used together with --coverage
to include a test coverage for the source files, no duplicate --collectCoverageFrom
arguments needed.
--forceExit
Force Jest to exit after all tests have completed running. This is useful when resources set up by test code cannot be adequately cleaned up. Note: This feature is an escape-hatch. If Jest doesn’t exit at the end of a test run, it means external resources are still being held on to or timers are still pending in your code. It is advised to tear down external resources after each test to make sure Jest can shut down cleanly. You can use --detectOpenHandles
to help track it down.
--help
Show the help information, similar to this page.
--init
Generate a basic configuration file. Based on your project, Jest will ask you a few questions that will help to generate a jest.config.js
file with a short description for each option.
--json
Prints the test results in JSON. This mode will send all other test output and user messages to stderr.
--outputFile=<filename>
Write test results to a file when the --json
option is also specified. The returned JSON structure is documented in testResultsProcessor.
--lastCommit
Run all tests affected by file changes in the last commit made. Behaves similarly to --onlyChanged
.
--listTests
Lists all tests as JSON that Jest will run given the arguments, and exits. This can be used together with --findRelatedTests
to know which tests Jest will run.
--logHeapUsage
Logs the heap usage after every test. Useful to debug memory leaks. Use together with --runInBand
and --expose-gc
in node.
--maxConcurrency=<num>
Prevents Jest from executing more than the specified amount of tests at the same time. Only affects tests that use test.concurrent
.
--maxWorkers=<num>|<string>
Alias: -w
. Specifies the maximum number of workers the worker-pool will spawn for running tests. This defaults to the number of the cores available on your machine. It may be useful to adjust this in resource limited environments like CIs but the default should be adequate for most use-cases.
For environments with variable CPUs available, you can use percentage based configuration: --maxWorkers=50%
--noStackTrace
Disables stack trace in test results output.
--notify
Activates notifications for test results. Good for when you don’t want your consciousness to be able to focus on anything except JavaScript testing.
--onlyChanged
Alias: -o
. Attempts to identify which tests to run based on which files have changed in the current repository. Only works if you’re running tests in a git/hg repository at the moment and requires a static dependency graph (ie. no dynamic requires).
--passWithNoTests
Allows the test suite to pass when no files are found.
--projects <path1> ... <pathN>
Run tests from one or more projects, found in the specified paths; also takes path globs. This option is the CLI equivalent of the projects
configuration option. Note that if configuration files are found in the specified paths, all projects specified within those configuration files will be run.
--reporters
Run tests with specified reporters. Reporter options are not available via CLI. Example with multiple reporters:
jest --reporters="default" --reporters="jest-junit"
--runInBand
Alias: -i
. Run all tests serially in the current process, rather than creating a worker pool of child processes that run tests. This can be useful for debugging.
--runTestsByPath
Run only the tests that were specified with their exact paths.
Note: The default regex matching works fine on small runs, but becomes slow if provided with multiple patterns and/or against a lot of tests. This option replaces the regex matching logic and by that optimizes the time it takes Jest to filter specific test files
--setupTestFrameworkScriptFile=<file>
The path to a module that runs some code to configure or set up the testing framework before each test. Beware that files imported by the setup script will not be mocked during testing.
--showConfig
Print your Jest config and then exits.
--silent
Prevent tests from printing messages through the console.
--testNamePattern=<regex>
Alias: -t
. Run only tests with a name that matches the regex. For example, suppose you want to run only tests related to authorization which will have names like "GET /api/posts with auth"
, then you can use jest -t=auth
.
Note: The regex is matched against the full name, which is a combination of the test name and all its surrounding describe blocks.
--testLocationInResults
Adds a location
field to test results. Useful if you want to report the location of a test in a reporter.
Note that column
is 0-indexed while line
is not.
--testPathPattern=<regex>
A regexp pattern string that is matched against all tests paths before executing the test. On Windows, you will need to use /
as a path separator or escape \
as \\
.
--testPathIgnorePatterns=[array]
An array of regexp pattern strings that is tested against all tests paths before executing the test. Contrary to --testPathPattern
, it will only run those test with a path that does not match with the provided regexp expressions.
--testRunner=<path>
Lets you specify a custom test runner.
--updateSnapshot
Alias: -u
. Use this flag to re-record every snapshot that fails during this test run. Can be used together with a test suite pattern or with --testNamePattern
to re-record snapshots.
--useStderr
Divert all output to stderr.
--verbose
Display individual test results with the test suite hierarchy.
--version
Alias: -v
. Print the version and exit.
--watch
Watch files for changes and rerun tests related to changed files. If you want to re-run all tests when a file has changed, use the --watchAll
option instead.
--watchAll
Watch files for changes and rerun all tests when something changes. If you want to re-run only the tests that depend on the changed files, use the --watch
option.
--watchman
Whether to use watchman for file crawling. Defaults to true. Disable using --no-watchman
.


HTML
Stands for Hypertext Markup Language which the internet world is made up of.Tags
Tell computer what a part is.Block & Inline
P - Block & Br - Inline Span - Block & Div- InlineCons and Pros of computer
Computer is good at computing but is also extremelly stupit and straightforward. Hence we need to tell it what to do by writing a set of directions(codes).


content = I(c(myFile = "This is raw text", otherFile = paste(letters, collapse = "\n"), x = "a", x = "b", x = "c")) zip("asis.zip", content, append = FALSE) z = zipArchive("asis.zip")
library(Rcompression) x = I(c(a = "ABC", b = "DEF", c = "GHIJKLML")) zip("foo.zip", x, append = FALSE) zip("foo.zip", x) z = zipArchive("foo.zip") getZipInfo(z)
gunzip(gzip("This is a string"))No bzip2 facilities.
content = list( "A/myFile" = I("This is raw text"), "B/otherFile" = I(paste(letters, collapse = "\n")), top = I("A string")) zip("/tmp/dir.zip", content)Then unzip externally to see if the zip facilities do the right thing.


package storage
- Alphabetic
- Public
- All
Type Members
-
class
BasicBlockReplicationPolicy extends BlockReplicationPolicy with Logging
- Annotations
- @DeveloperApi()
-
sealed abstract
class
BlockId extends AnyRef
:: DeveloperApi :: Identifies a particular Block of data, usually associated with a single file.
:: DeveloperApi :: Identifies a particular Block of data, usually associated with a single file. A Block can be uniquely identified by its filename, but each type of Block has a different set of keys which produce its unique name.
If your BlockId should be serializable, be sure to add it to the BlockId.apply() method.
- Annotations
- @DeveloperApi()
-
class
BlockManagerId extends Externalizable
:: DeveloperApi :: This class represent a unique identifier for a BlockManager.
:: DeveloperApi :: This class represent a unique identifier for a BlockManager.
The first 2 constructors of this class are made private to ensure that BlockManagerId objects can be created only using the apply method in the companion object. This allows de-duplication of ID objects. Also, constructor parameters are private to ensure that parameters cannot be modified from outside this class.
- Annotations
- @DeveloperApi()
- class BlockNotFoundException extends Exception
-
trait
BlockReplicationPolicy extends AnyRef
::DeveloperApi:: BlockReplicationPrioritization provides logic for prioritizing a sequence of peers for replicating blocks.
::DeveloperApi:: BlockReplicationPrioritization provides logic for prioritizing a sequence of peers for replicating blocks. BlockManager will replicate to each peer returned in order until the desired replication order is reached. If a replication fails, prioritize() will be called again to get a fresh prioritization.
- Annotations
- @DeveloperApi()
-
case class
BlockStatus(storageLevel: StorageLevel, memSize: Long, diskSize: Long) extends Product with Serializable
- Annotations
- @DeveloperApi()
-
case class
BlockUpdatedInfo(blockManagerId: BlockManagerId, blockId: BlockId, storageLevel: StorageLevel, memSize: Long, diskSize: Long) extends Product with Serializable
:: DeveloperApi :: Stores information about a block status in a block manager.
:: DeveloperApi :: Stores information about a block status in a block manager.
- Annotations
- @DeveloperApi()
-
case class
BroadcastBlockId(broadcastId: Long, field: String = "") extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
class
DefaultTopologyMapper extends TopologyMapper with Logging
A TopologyMapper that assumes all nodes are in the same rack
A TopologyMapper that assumes all nodes are in the same rack
- Annotations
- @DeveloperApi()
-
class
FileBasedTopologyMapper extends TopologyMapper with Logging
A simple file based topology mapper.
A simple file based topology mapper. This expects topology information provided as a
java.util.Properties
file. The name of the file is obtained from SparkConf propertyspark.storage.replication.topologyFile
. To use this topology mapper, set thespark.storage.replication.topologyMapper
property to org.apache.spark.storage.FileBasedTopologyMapper- Annotations
- @DeveloperApi()
-
case class
RDDBlockId(rddId: Int, splitIndex: Int) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
class
RDDInfo extends Ordered[RDDInfo]
- Annotations
- @DeveloperApi()
-
class
RandomBlockReplicationPolicy extends BlockReplicationPolicy with Logging
- Annotations
- @DeveloperApi()
-
case class
ShuffleBlockBatchId(shuffleId: Int, mapId: Long, startReduceId: Int, endReduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
case class
ShuffleBlockChunkId(shuffleId: Int, shuffleMergeId: Int, reduceId: Int, chunkId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
case class
ShuffleBlockId(shuffleId: Int, mapId: Long, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
case class
ShuffleChecksumBlockId(shuffleId: Int, mapId: Long, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
case class
ShuffleDataBlockId(shuffleId: Int, mapId: Long, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
case class
ShuffleIndexBlockId(shuffleId: Int, mapId: Long, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
case class
ShuffleMergedBlockId(shuffleId: Int, shuffleMergeId: Int, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
case class
ShuffleMergedDataBlockId(appId: String, shuffleId: Int, shuffleMergeId: Int, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
case class
ShuffleMergedIndexBlockId(appId: String, shuffleId: Int, shuffleMergeId: Int, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
case class
ShuffleMergedMetaBlockId(appId: String, shuffleId: Int, shuffleMergeId: Int, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
case class
ShufflePushBlockId(shuffleId: Int, shuffleMergeId: Int, mapIndex: Int, reduceId: Int) extends BlockId with Product with Serializable
- Annotations
- @Since( "3.2.0" ) @DeveloperApi()
-
class
StorageLevel extends Externalizable
:: DeveloperApi :: Flags for controlling the storage of an RDD.
:: DeveloperApi :: Flags for controlling the storage of an RDD. Each StorageLevel records whether to use memory, or ExternalBlockStore, whether to drop the RDD to disk if it falls out of memory or ExternalBlockStore, whether to keep the data in memory in a serialized format, and whether to replicate the RDD partitions on multiple nodes.
The org.apache.spark.storage.StorageLevel singleton object contains some static constants for commonly useful storage levels. To create your own storage level object, use the factory method of the singleton object (
StorageLevel(...)
).- Annotations
- @DeveloperApi()
-
case class
StreamBlockId(streamId: Int, uniqueId: Long) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
case class
TaskResultBlockId(taskId: Long) extends BlockId with Product with Serializable
- Annotations
- @DeveloperApi()
-
final
class
TimeTrackingOutputStream extends OutputStream
- Annotations
- @Private()
-
abstract
class
TopologyMapper extends AnyRef
::DeveloperApi:: TopologyMapper provides topology information for a given host
::DeveloperApi:: TopologyMapper provides topology information for a given host
- Annotations
- @DeveloperApi()
-
class
UnrecognizedBlockId extends SparkException
- Annotations
- @DeveloperApi()
Value Members
-
object
BlockId
- Annotations
- @DeveloperApi()
- object BlockReplicationUtils
-
object
BlockStatus extends Serializable
- Annotations
- @DeveloperApi()
-
object
StorageLevel extends Serializable
Various org.apache.spark.storage.StorageLevel defined and utility functions for creating new storage levels.


FOP Development: RTFLib (jfor) | print-friendly |
General Information
Introduction
The RTFLib package is an open-source, independent package suitable for writing RTF files in a java environment. By independent we mean:
- Although it is used by FOP to generate FOP's RTF output, it is not dependent on FOP for any of its functionality.
- It does not require FOP as a front-end, nor does it even require XSL-FO for input. It essentially exposes an API of relatively high-level RTF construction routines to a host program. This means it can be used anywhere RTF output is required and java is available.
The FOP development team intends to keep the RTFLib package independent so that it can be used for other purposes.
History
RTFLib was originally developed by Bertrand Delacrétaz and the jfor team. jfor was written under an Apache-style license, and the jfor team contributed the code to the Apache Software Foundation in June, 2003. RTFLib is a subset of the original jfor project, which also includes an XSL-FO parsing mechanism for a complete XSL-FO to RTF solution.
Status
Although FOP's implementation of the RTFLib package is very incomplete, the RTFLib package itself is relatively mature. RTFLib is only available in the trunk line of FOP development.
User Documentation
Overview
Perhaps the easiest way to see how to use RTFLib is by looking at an example. A set of test documents is part of the package, and can be viewed online. A quick look at the Abstract TestDocument class, and one of the Concrete subclasses, SimpleDocument will provide the basics of how to use the package.
There are two basic concepts you will need to understand in order to use RTFLib:
- Documents are created by filling bigger containers with successively smaller containers, and eventually with content.
- Attributes may be set for each container or content as it is created
RTFLib handles the process of converting to and writing the RTF content as the document is created. All you need to do is flush the document at the end to make sure that the last pieces get written.
Document Structure
The documentation in this section is intended to provide a high-level view of the process of building an RTF document. For more detailed API documentation of the various methods, be sure to consult the Javadocs for RTFLib.
The following table summarizes the various containers that can be created:
| Name | Class.Method where created | Attribute Set(s) | Valid children |
|---|---|---|---|
| Document Area | RtfFile.startDocumentArea() | Information Group, Document Formatting | Section |
| Section | RtfDocumentArea.newSection() | Section Formatting | Paragraph, ParagraphKeepTogether, Image, List, Before (Page Heading), After (Page Footer), JforCmd |
| Paragraph | RtfSection.newParagraph() | Paragraph Formatting, Character Formatting | Text |
| ParagraphKeepTogether | RtfSection.newParagraphKeepTogether | . | . |
| Image | RtfSection.newImage | . | . |
| Table | RtfSection.newTable | . | . |
| List | RtfSection.newList | . | . |
| Before (Page Heading) | RtfSection.newBefore | . | . |
| After (Page Footer) | RtfSection.newAfter | . | . |
| JforCmd | RtfSection.newJforCmd | . | . |
| Text | RtfParagraph.newText() | Character Formatting | N/A |
Attributes
Attributes can be set for each container and piece of content in the document. The general approach is to build an RtfAttributes object containing the various attributes, then pass that RtfAttributes object to the method that creates the new container or content. See the Javadoc API documentation for RtfAttributes for details on the syntax for creating an RtfAttributes object. The following information lists the various attributes that can be set for each type of container.
Information Group
These attributes are set when creating a Document.
Document Formatting
These attributes are set when creating a Document.
Section Formatting
These attributes are set when creating a Section.
Paragraph Formatting
These attributes are set when creating a Paragraph.
| Description | Attribute Name | Attribute Value | RTF Control Word |
|---|---|---|---|
| . | |||
| Alignment | . | ||
| Align Left | RtfText.ALIGN_LEFT | N/A (boolean) | \ql |
| Align Right | RtfText.ALIGN_RIGHT | N/A (boolean) | \qr |
| Align Centered | RtfText.ALIGN_CENTER | N/A (boolean) | \qc |
| Align Justified | RtfText.ALIGN_JUSTIFIED | N/A (boolean) | \qj |
| Align Distributed | RtfText.ALIGN_DISTRIBUTED | N/A (boolean) | \qd |
| Kashida justification | not implemented | 0-20 (integer) | \qkN |
| Thai Distributed justification | not implemented | N/A (boolean) | \qt |
| Indentation | . | ||
| Left indent body | RtfText.LEFT_INDENT_BODY | (int) "hundredths of a character unit" (?) | \li |
| Left indent first | RtfText.LEFT_INDENT_FIRST | (int) "hundredths of a character unit" (?) | \fi |
| Borders | . | ||
| Bottom single border | RtfText.BDR_BOTTOM_SINGLE | Boolean? | brdrb\\brsp40\\brdrs |
| Bottom double border | RtfText.BDR_BOTTOM_DOUBLE | Boolean? | brdrb\\brsp40\\brdrdb |
| Bottom embossed border | RtfText.BDR_BOTTOM_EMBOSS | Boolean? | brdrb\\brsp40\\brdremboss |
| bottom dotted border | RtfText.BDR_BOTTOM_DOTTED | Boolean? | brdrb\\brsp40\\brdrdot |
| bottom dashed border | RtfText.BDR_BOTTOM_DASH | Boolean? | brdrb\\brsp40\\brdrdash |
Character Formatting
These attributes are set when creating a Paragraph, or Text.
| Description | Attribute Name | Attribute Value | RTF Control Word |
|---|---|---|---|
| Bold | RtfText.ATTR_BOLD | N/A (boolean) | \b |
| Italic | RtfText.ATTR_ITALIC | N/A (boolean) | \i |
| Underline | RtfText.ATTR_UNDERLINE | N/A (boolean), or (int) 0 to turn underlining off | \ul |
| Font Size | RtfText.ATTR_FONT_SIZE | (int) font size in half-points | \fs |
| Font Family | RtfText.ATTR_FONT_FAMILY | (int) entry in document font-table | \f |
| Font Color | RtfText.ATTR_FONT_COLOR | (int) entry in document color-table | \cf |
| Background Color | RtfText.ATTR_BACKGROUND_COLOR | (int) entry in document color-table | \chcbpat |


public abstract class RrdBackendFactory
extends java.lang.Object
Factory classes are used to create concrete RrdBackend
implementations.
Each factory creates unlimited number of specific backend objects.
Rrd4j supports four different backend types (backend factories) out of the box:
RrdRandomAccessFileBackend
: objects of this class are created from the
RrdRandomAccessFileBackendFactory
class. This was the default backend used in all
Rrd4j releases before 1.4.0 release. It uses java.io.* package and RandomAccessFile class to store
RRD data in files on the disk.
RrdSafeFileBackend
: objects of this class are created from the
RrdSafeFileBackendFactory
class. It uses java.io.* package and RandomAccessFile class to store
RRD data in files on the disk. This backend is SAFE:
it locks the underlying RRD file during update/fetch operations, and caches only static
parts of a RRD file in memory. Therefore, this backend is safe to be used when RRD files should
be shared between several JVMs at the same time. However, this backend is *slow* since it does
not use fast java.nio.* package (it's still based on the RandomAccessFile class).
RrdNioBackend
: objects of this class are created from the
RrdNioBackendFactory
class. The backend uses java.io.* and java.nio.*
classes (mapped ByteBuffer) to store RRD data in files on the disk. This is the default backend
since 1.4.0 release.
RrdMemoryBackend
: objects of this class are created from the
RrdMemoryBackendFactory
class. This backend stores all data in memory. Once
JVM exits, all data gets lost. The backend is extremely fast and memory hungry.
name
. Constructors
are provided in the RrdDb
class to create RrdDb objects (RRD databases)
backed with a specific backend.
See javadoc for RrdBackend
to find out how to create your custom backends.
| Constructor and Description |
|---|
RrdBackendFactory() |
| Modifier and Type | Method and Description |
|---|---|
protected abstract boolean |
exists(java.lang.String path)
Determines if a storage with the given path already exists.
|
static RrdBackendFactory |
getDefaultFactory()
Returns the default backend factory.
|
static RrdBackendFactory |
getFactory(java.lang.String name)
Returns backend factory for the given backend factory name.
|
abstract java.lang.String |
getName()
Returns the name (primary ID) for the factory.
|
protected abstract RrdBackend |
open(java.lang.String path,
boolean readOnly)
Creates RrdBackend object for the given storage path.
|
static void |
registerAndSetAsDefaultFactory(RrdBackendFactory factory)
Registers new (custom) backend factory within the Rrd4j framework and sets this
factory as the default.
|
static void |
registerFactory(RrdBackendFactory factory)
Registers new (custom) backend factory within the Rrd4j framework.
|
static void |
setDefaultFactory(java.lang.String factoryName)
Replaces the default backend factory with a new one.
|
protected abstract boolean |
shouldValidateHeader(java.lang.String path)
Determines if the header should be validated.
|
public static RrdBackendFactory getFactory(java.lang.String name)
name
- Backend factory name. Initially supported names are:
public static void registerFactory(RrdBackendFactory factory)
factory
- Factory to be registeredpublic static void registerAndSetAsDefaultFactory(RrdBackendFactory factory)
factory
- Factory to be registered and set as defaultpublic static RrdBackendFactory getDefaultFactory()
RrdDb
objects if no factory is specified in the RrdDb constructor.public static void setDefaultFactory(java.lang.String factoryName)
factoryName
- Name of the default factory. Out of the box, Rrd4j supports four
different RRD backends: "FILE" (java.io.* based), "SAFE" (java.io.* based - use this
backend if RRD files may be accessed from several JVMs at the same time),
"NIO" (java.nio.* based) and "MEMORY" (byte[] based).protected abstract RrdBackend open(java.lang.String path, boolean readOnly) throws java.io.IOException
path
- Storage pathreadOnly
- True, if the storage should be accessed in read/only mode.
False otherwise.java.io.IOException
- Thrown in case of I/O error.protected abstract boolean exists(java.lang.String path) throws java.io.IOException
path
- Storage pathjava.io.IOException
protected abstract boolean shouldValidateHeader(java.lang.String path) throws java.io.IOException
path
- Storage pathjava.io.IOException
- if header validation failspublic abstract java.lang.String getName()


The Institute of Modern Spanish’s newest project is Volunteer Inn Bacalar. This program gives volunteers the opportunity to help solve (as interns) one of Mexico’s greatest needs – for environmental renewal and ecological balance. Volunteer Inn Bacalar is developing an ecological headquarters complete with an environmental research center and a permaculture farm located right at the edge of Bacalar’s famous 42K-long lagoon in the southeast Yucatan (see map). Volunteers can join in an important regional stand against man-made climate change – and learn while serving the mission of monitoring, protecting and conserving the flora and fauna in and around the lagoon.
Volunteers will also work in community development projects in the small city of Bacalar, a resort destination for Mexican nationals. The Mexican Government calls Bacalar a ‘Pueblo Mágico’ or Magical Town for its beautiful scenery and vibrant local culture. Volunteers will be housed in town near the city center and assigned work in childcare projects, schools, animal shelters, and NGO projects. As a volunteer, you will be helping the local community adapt to the recent rise in international tourism on the nearby Maya Riviera.
1 Week - $324
2 Weeks - $504
3 Weeks - $684
4 Weeks - $840
5 Weeks - $960
6 Weeks - $1080
8 Weeks - $1320
Fees depend on the amount of time that a volunteer chooses to stay in a program. A registration fee of $335USD is required for all volunteers. Half of this deposit is donated to the volunteer’s placements. The other half is used for administration expenses and promotion, to ensure each volunteer has the best possible experience. Additional 5% banking fee applies for international payments.
Volunteers working with childcare and youth mentoring programs provide much needed love and attention to children and adolescents from different types of backgrounds...
Volunteers work in public schools and non-profit English language programs not only teach students, but to spark their interest in the language and inspire them to learn and continue their studies in the future...
In our environmental conservation placements volunteers work with prominent institutions and agencies concerned with the unique conservation issues of the local region.


{% extends "base.html" %} {% load texas_extras %} {% block head %} {% endblock %} {% block title %}{{ occurrence }} Lottery{% endblock %} {% block banner %}Lottery{% endblock %} {% block alerts %} {% if form.subject.errors %}
You are cleared to purchase!
{% else %}Your entry has been submitted. Good luck!
Name: {{ chance.name }}
Email: {{ chance.email }}


The U.S. is a nation built by immigrants. However, immigration ocurred in waves due to the complex push and pull factors that drives it. Hover over the line graph for added insight on some worldwide events that influence the direction of U.S. immigration.
Data Source: "Yearbook of Immigration Statistics" U.S. Department of Homeland Security, https://www.dhs.gov/immigration-statistics/yearbook Historical Event Sources: "Wikipedia" Wikimedia Foundation, https://en.wikipedia.org/ "Library" Central Intelligence Agency, https://cia.gov/library "U.S. Immigration Timeline" History, A&E Television Networks "https://history.com/topics/immigration/immigration-united-states-timeline


|
Your Group's Home Page
|
|
This is a template for a group home page. Use this template as a guide for creating your group's page. Within this page, you can include any type of information you need to communicate to others. Topics can include information on current projects your group is working on, project schedules, favorite interests and hobbies and links to related users, groups or information you wish to share with others. You can modify this page using any standard HTML editor. Remember to delete template information such as this paragraph. |
|
|
|
CURRENT PROJECTS
Insert a list of the current projects your group may be working on. You can create additional individual pages if you wish to explain each project in detail. Create links from this section to those pages.
|
|
|
|
GROUP SCHEDULE
Insert your group's current schedule. You can create additional individual pages if you wish to explain each item in detail. Create links from this section to those pages.
|
|
|
|
FAVORITE WEB SITES
Insert links to your favorite web sites that you wish to share with others. You can link to any URL, any file already on the server, or upload a file to the server and link to it.
| | |


Gettysburg© (15% documented)
View on GitHub
Reference <(_:_:) Function Reference
@inlinable public func < (lhs: NamespaceTuple, rhs: NamespaceTuple) -> Bool
© 2021 Galen Rhodes. All rights reserved. (Last updated: 2021-10-16)
Generated by jazzy ♪♫ v0.14.1, a Realm project.


Select Category and Audience
-
Category
Modern Age
+50 -
Audience
UK
-
Difficulty
Very Easy
-
Question Type
Unique Answer Question
Select Category
-
+50
Category
Modern Age
Audience
UK
Difficulty
Very Easy
Question Type
Unique Answer Question


| Objective Test Items |
Short-Answer Questions |
- Wide variety of relatively simple learning outcomes; recall of memorized information
- Except in STEM: supply type is superior to selection type
- May measure complex achievement in problem-solving items
|
- Easiest to construct
- Student must supply answer; reduces guessing
- Partial knowledge is often insufficient for correctness
|
- Unsuitability for measuring complex learning outcomes
- Difficult to score due to possible ambiguous answers
|
- Word the item so that required answer is brief and specific.
- Do not take statements directly from textbook.
- Direct questions are more desirable than incomplete statements.
- If the answer is to be expressed in units, indicate the type desired.
- Answer blanks should be the same length and vertically aligned.
- Don't include too many blanks.
|
see p. 349
|
| True-False Questions |
- Two possible opposing answers
- Measures ability to verify statements of fact, definitions, principles
- May measure complex achievement: if testing ability to recognize cause-and-effect
|
- Easily constructed
- Efficiently and quickly answered
- Wide sampling of material
|
- Not particularly useful beyond knowledge
- Susceptibility to guessing
- Students are not required to know correct answer on False statements
|
- Avoid broad general statements if they are to be judged true or false.
- Avoid trivial statements.
- Avoid the use of negative statements.
- Avoid long, complex sentences.
- Avoid including two ideas in one statement, except for cause-and-effect.
- If opinion is used, attribute it to a source.
- True and false statements should be about equal in length.
- The number of true and false statements should be about equal.
|
| Matching Exercises |
- A set of premises corresponds to a set of responses
- Not necessarily pigeonholed
- Premises and responses are each homogeneous
- Measures factual information based on simple associations
|
- Compact form allows to measure a large body of material in a short time
- Easily constructed
|
- Measurement of factual information
- Hard to find homogeneous material
|
- Use only homogeneous material in a single matching exercise.
- Include an unequal number of responses and premises; instruct that responses may be used once, more than once, or not at all.
- Keep list of items to be matched brief and place shorter responses on the right.
- Arrange the list of responses in logical order (alphabetical, numerical, etc).
- Indicate in the directions the basis for matching.
- Place entire matching exercise on the same page.
|
| Multiple-Choice Questions |
- Can measure simple to complex learning outcomes
- Adaptable to most subject-matter content
|
- Students must choose correct answer; more than identify as incorrect
- Greater reliability than T/F
- No need for homogeneity
- Amenable to diagnosis
|
- Limited to the verbal level
- Not well adapted to measuring problem-solving, organization, or presentation of ideas
- Difficult to find sufficient number of incorrect, yet plausible distractors
|
- The stem of the item should be meaningful by itself, present definite problem.
- The stem should include much of the item as possible, free of irrelevant material.
- Use negatively stated stem only when significant learning outcomes require it.
- All alternatives should be grammatically consistent with stem.
- Item should contain only one correct or clearly best answer.
- Items used to measure understanding should contain some novelty, but not too much.
- All distractors should be plausible.
- Verbal associations between stem and correct answer should be avoided.
- Relative length of alternatives should not provide clues.
- Correct answer should appear in evenly but randomly distributed positions.
- Use inclusive/exclusive alternatives sparingly.
- Don't use multiple-choice when other item types are more appropriate.
|
| Interpretive Exercises |
- May measure a variety of complex learning outcomes
- All students confronted with same task
- Control amount of factual information given
|
- Measures ability to interpret prose, charts, graphs, maps, and other communication media
- Measures more complex learning outcomes than single objective item
- Obtains greater depth, breadth of skills by grouping related items
- Minimize influence of irrelevant facts
|
- Difficult to construct
- Demand specific behaviors
- Heavy demand of reading skill
- Cannot measure overall approach to problem solving
- Confined to recognition level
|
- Select introductory material that is:
- relevant to objectives of the course.
- appropriate to students’ curricular experience, reading level.
- new to students.
- brief but meaningful.
- Revise introductory material for clarity, conciseness, greater interpretive value.
- Construct test items that require analysis and interpretation of introductory material.
- Make number of test items roughly proportional to length of introductory material.
- In constructing test items, see suggestions for Objective Items.
- In constructing key-type items,
- make categories homogeneous and mutually exclusive.
- develop standard key categories where applicable.
|
| Performance Assessments |
Essay Questions |
- Freedom of response
- Used to measure learning outcomes not readily measured by objective items
- Evaluate ability to conceptualize, construct, organize, integrate, relate, evaluate, etc.
- Evaluate how well students communicate ideas
- Evaluate student writing abilities
|
- Measures complex learning outcomes inassessable by other means
- only if constructed as carefully as objective test items
- Emphasis on integration and application of thinking and problem-solving skills
- Enable direct evaluation of writing skills
- Ease of construction
- Contribution to student learning: the process of formulating a response can be a learning exercise
|
- Unreliability of scoring
- Requires adequate attention to learning outcomes and scoring rubrics
- Large amount of time required for scoring
- Limited sampling of content provided
|
- Restirct the use of essay questions to those learning outcomes that cannot be measured satisfactorily by objective items.
- Construct questions that will call fourth the skills specified in the learning standards.
- Phrase the question so that the student's task is clearly defined.
- Indicate an approximate time limit for each question.
- Avoid the use of optional questions.
|
- Restricted-Response: teacher writes example of expected response
- Extended-Response:
- Analytic Scoring Rubrics: see p. 249
- Holistic Scoring Rubrics: see p. 251
- Prepare an outline of the expected answer in advance.
- Use the scoring rubic that is most appropriate.
- Decide how to handle factors that are irrelevant to the learning outcomes measured.
- Evaluate all responses to one question before going on to the next one.
- Evaluate the answers without looking at the students' names.
- If especially important decisions are to be based on the results, obtain two or more independent ratings.
|
| Other Performance-Based Assessments |
- Best suited for applications with less-structured problems
- Restricted Response: typically start with MCQ or SAQ, then extended by asking for further explanation
- Extended Response: may require information from beyond the task itself ('Net, Library, survey, etc.), then assembled into a product
- Advantages and limitations parallel with Essay Questions.
|
- Clearly communicate instructional goals that involve complex performances
- Measure complex learning outcomes inassessable by other means
- Provide a means of assessing process and product
- Implement approaches that are suggested by modern learning theory
|
- Unreliability of performance ratings across teachers; time
- Time-consuming
|
- Focus on learning outcomes that require complex cognitive skills and student performances.
- Select or develop tasks that represent both the content and the skills that are central to important learning outcomes.
- Minimize the dependence of task performance on skills that are irrelevant to the intended purpose of the assignment task.
- Provide the necessary scaffolding for students to be able to understand the task and what is expected.
- Construct task directions so that the student's task is clearly understood.
- Clearly communicate performance expectations in terms of the scoring rubrics by which the performances will be judged.
|
- Characteristics should be educationally significant.
- Identify the learning outcomes that the task is intended to assess.
- Characteristics should be directly observable.
- Characteristics and points on the scale should be clearly defined.
- Select the type of scoring rubric that is most appropriate for the task and the purpose of the assessment.
- Between 3 and 7 rating positions should be provided.
- Rate performances of all students on one task before going on to the next one.
- Rate performances without knowledge of the students' names.
- When results from a performance assessment are likely to have long-term consequences for students, ratings from several observers should be combined.
|
| Portfolios |
- A purposeful collection of pieces of student work to meet a particular goal
|
- Readily integrated with instruction
- Provide the chance for students to show off their own work
- Encourage students to become reflective learners and develop self-evaluation skills
- Provide parents with concrete examples of students' work
- Provide focus for parent-student-teacher discussion and conferences
|
- Time-consuming to assemble
- Time-consuming to evaluate
- Ratings have relatively low reliability
- Misconception that they can be easily created
- Misconception of portfolio vs. folder containing student's work
|
|
see p. 307
|
| Observational Techniques |
Anecdotal Records |
- Factual descriptions of meaningful events observed in class
- Obtain data pertinent to a variety of learning outcomes, and to many aspects of personal and social development
- Observations are:
- confined to areas of behavior inassessable by other means
- limited to only a few types of behavior at any given time
- restricted to those few students who are most in need of help
|
- Depict actual behavior in natural situations
- Facilitate gathering evidence on events that are exceptional but significant
- Can be used with very young students / students with limited communication skills
|
- Maintaining a system of records costs time
- Difficulty of being objective when observing and reporting behavior
- Obtaining an adequate sample of behavior
|
- Determine in advance what to observe, but be alert for unusual behavior.
- Analyze observational records for possible sources of bias.
- Observe and record enough of the situation to make the behavior meaningful.
- Make a record of the incident as soon after the observation as possible.
- Limit each anecdote to a brief description of a single incident.
- Keep the factual description of the incident and your interpretation of it separate.
- Record both positive and negative behavioral incidents.
- Collect a number of anecdotes on a student before drawing inferences concerning typical behavior.
- Obtain practice in writing anecdotal records.
|
no information found
|
| Peer Appraisal |
|
- Administered in a short amount of time to all age levels
- Easy scoring
|
- Not very useful for shy, withdrawn students
|
|
| Self-Report Techniques |
|
- Administration is flexible
- Interviewees' behavior can be observed, which supplement their content
- Sharing information in addition to collecting it
|
- Extremely time-consuming
- Information gained is not standard
- Self-report inventory and questionnaires are common substitutes for personal interviews
|
|


One of the cheapest Chromebooks we've seen before Black Friday is at Walmart
by Joe OsborneOne of the cheapest Chromebooks we've seen before Black Friday is at Walmart
This Lenovo Chromebook is little more than $100
(Image credit: Lenovo)
If you're looking for a cheap Chromebook and fast, then Lenovo and Walmart have concocted a sweet deal just for you as part of the early Walmart Black Friday sale.
The duo are selling this Chromebook for more than $200 off of Lenovo's list price, making it one of the cheapest Chromebooks we've seen this year ahead of Black Friday 2019 or Cyber Monday 2019.
Short of that $99 Windows laptop we found a while back, we haven't seen that many nearly double-digit priced laptops since.
If all you or a loved one needs is to browse Facebook, access social media and watch videos, then this should be an ideal laptop for them. Of course, it hugely helps that it's as cheap as it is, but remember not to expect a powerhouse out of the box.
- These are the best Chromebook deals of 2019


{% extends "base.html" %} {% block header_link %}setman{% endblock %} {% block content %}
Welcome to the home page of Flask test project for setman library. Please, select an available action:


Find the slope and y-intercept of the line that is \color{GREEN}{\text{LINE_TYPE}}
to \enspace \color{BLUE}{y = M_FRACM_SIGNx + B}\enspace
and passes through the point \color{red}{(X, Y)}
.
m
= -1 / M
b
= Y - ( -1 / M * X )
Lines are considered perpendicular if their slopes are negative reciprocals of each other.
The slope of the blue line is \color{BLUE}{M_FRAC}
, and its negative reciprocal is \color{GREEN}{M_PERP_FRAC}
.
Thus, the equation of our perpendicular line will be of the form \enspace \color{GREEN}{y = M_PERP_FRACM_PERP_SIGNx + b}\enspace
.
We can plug our point, (X, Y)
, into this equation to solve for \color{GREEN}{b}
, the y-intercept.
Y = \color{GREEN}{M_PERP_FRACM_PERP_SIGN}(X) + \color{GREEN}{b}
Y = decimalFraction( -1 / M * X, "true", "true" ) + \color{GREEN}{b}
Y - decimalFraction( -1 / M * X, "true", "true" ) = \color{GREEN}{b} = decimalFraction( Y - ( -1 / M * X ), "true", "true" )
The equation of the perpendicular line is \enspace \color{GREEN}{y = M_PERP_FRACM_PERP_SIGNx + decimalFraction( Y - ( -1 / M * X ), "true", "true" )}\enspace
.
\color{GREEN}{m = decimalFraction( -1 / M, "true", "true" ), \enspace b = decimalFraction( Y - ( -1 / M * X ), "true", "true" )}
m
= M
b
= Y - M * X
Parallel lines have the same slope.
The slope of the blue line is \color{BLUE}{M_FRAC}
, so the equation of our parallel line will be of the form \enspace \color{GREEN}{y = M_FRACM_SIGNx + b}\enspace
.
We can plug our point, (X, Y)
, into this equation to solve for \color{GREEN}{b}
, the y-intercept.
Y = \color{GREEN}{M_FRACM_SIGN}(X) + \color{GREEN}{b}
Y = decimalFraction( M * X, "true", "true" ) + \color{GREEN}{b}
Y - decimalFraction( M * X, "true", "true" ) = \color{GREEN}{b} = decimalFraction( Y - M * X, "true", "true" )
The equation of the parallel line is \enspace \color{GREEN}{y = M_FRACM_SIGNx + decimalFraction( Y - M * X, "true", "true" )}\enspace
.
\color{GREEN}{m = decimalFraction( M, "true", "true" ), \enspace b = decimalFraction( Y - M * X, "true", "true" )}
What do the following two equations represent?
EQ1
EQ2
Putting the first equation in y = mx + b
form gives:
expr(["+", ["*", A1, "x"], ["*", B1, "y"]]) + " = " + C1
expr(["*", B1, "y"]) + " = " + expr(["+", ["*", (-1 * A1), "x"], C1])
"y = " + fractionReduce( -A1, B1 ) + "x + " + fractionReduce( C1, B1 )
Putting the second equation in y = mx + b
form gives:
expr(["+", ["*", A2, "x"], ["*", B2, "y"]]) + " = " + C2
expr(["*", B2, "y"]) + " = " + expr(["+", ["*", (-1 * A2), "x"], C2])
"y = " + fractionReduce( -A2, B2 ) + "x + " + fractionReduce( C2, B2 )
The slopes are not the same, so the lines are not equivalent or parallel. The slopes are not negative inverses of each other, so the lines are not perpendicular. The correct answer is none of the above.
The above equations turn into the same equation, so they represent equivalent lines.
The slopes are equal, and the y-intercepts are different, so the lines are parallel.
The slopes are negative inverses of each other, so the lines are perpendicular.


{% extends 'layout.html' %} {% set version = "v7" %} {% set backLink = "dob" %} {% set heading = "What is your postcode?" %} {% set mainClasses = "nhsuk-main-wrapper--s" %} {% block content %}
We're asking this so researchers can contact you about vaccine studies in your area.


{% load static %}
This website allows you to relive your school memories by challenging your friends on those crazy notebook games which everyone used to endure during their childhood days. Currently there are two games available, click on the image above and fall in. Catch you up with much more fun soon. Nothing personal just performing the international duty of spreading happiness #rorasgamehub
Suggestions & Feedbacks


Fork-able normalize-scss
for libSass or Ruby Sass
Using with node-sass or libSass or Ruby Sass
- Copy these files to your Sass project.
- Start forking by altering/moving Sass variables found in
_variables.scss
.
- Edit any CSS ruleset directly rather than overriding it in later Sass.


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Tracer
v0.0.1
A platform independant stack trace generator
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Backtrace generator. More...
#include <Tracer.hpp>
Public Member Functions | |
| Tracer (TraceerEngines engine, DebuggerEngines debugger) | |
| Constructor, Sets the engines. More... | |
| Tracer () | |
| Default constructor; uses the first entrie from getAvaliableEngines and getAvaliableDebuggers. | |
| Tracer (const Tracer &)=delete | |
| Tracer (Tracer &&)=delete | |
| Tracer & | operator= (const Tracer &)=delete |
| Tracer & | operator= (Tracer &&)=delete |
| std::vector< Frame > * | trace () |
| Generates the stack trace. More... | |
| std::vector< Frame > * | getFrames () |
| Returns a pointer to the stack frames. | |
| std::vector< Frame > * | operator() () |
| Wrapper for trace. | |
| AbstractTracer * | getTracerEngine () |
| Returns the internal tracer engine. | |
| AbstractDebugInfo * | getDebuggerEngine () |
| Returns the internal debug engine. | |
Static Public Member Functions | |
| static std::vector< TraceerEngines > | getAvailableEngines () |
| Returns a list of available tracer engines. | |
| static std::vector< DebuggerEngines > | getAvailableDebuggers () |
| Returns a list of available debug info engines. | |
Backtrace generator.
This class generates a Backtrace using different backends and stores it in the platform independent Frame struct
Definition at line 48 of file Tracer.hpp.
| Tracer::Tracer | ( | TraceerEngines | engine, |
| DebuggerEngines | debugger | ||
| ) |
Constructor, Sets the engines.
| engine | The tracer engine to use |
| debugger | The debugger engine to use |
Definition at line 73 of file Tracer.cpp.
| vector< Frame > * Tracer::trace | ( | ) |
Generates the stack trace.
Definition at line 145 of file Tracer.cpp.


Hi. I'm Guilherme, I'm a software developper and data engineer, nice to meet you!
After graduating with a Master's degree in Aerospace Engineering (IST, University Of Lisbon), I've worked for over 5 years for companies such as Thales, Airbus and FittingBox, on projects ranging from AI chatbots to mobile developpment.
I now work remotely as a freelance, solving problems with great code.
Interested in working together? Get in touch!
Multiplatform C++ Development Implemented FittingBox's AR solutions for native, HTML and iOS platforms
Techical Lead Responsible for the R&D python codebase quality, architecture and deliverables
Free Maintenance Solution using Voice Recognition, Voice Synthesis and Natural Language Processing to facilitate the workflow of maintenance operators
ATA42 Log Analysis Framework for data processing of maintenance logs for root cause prediction and automatic analysis
Open-source project using reinforcement learning algorithms to teach an AI to play arcade games through trial and error. Implemented using Tensorflow & Keras, with Deep Deteministic Policy Gradient and Deep Q Networks algorithms.
View ProjectMaking this website was my first contact with the world of web developpment, HTML, CSS, JavaScript and JSON. It gave me an elegant and simple way of presenting me and some of my work to those who could be interested by it. Feel free to use the link to the repository below and modify it to make your own webpage!
View Project