|
inicpp
C++ parser of INI files with schema validation.
|
#include <config.h>
Public Types | |
| using | iterator = config_iterator< section > |
| using | const_iterator = config_iterator< const section > |
Public Member Functions | |
| config () | |
| config (const config &source) | |
| config & | operator= (const config &source) |
| config (config &&source) | |
| config & | operator= (config &&source) |
| void | add_section (const section §) |
| void | add_section (const std::string §ion_name) |
| void | remove_section (const std::string §ion_name) |
| void | add_option (const std::string §ion_name, const option &opt) |
| template<typename ValueType > | |
| void | add_option (const std::string §ion_name, const std::string &option_name, ValueType value) |
| void | remove_option (const std::string §ion_name, const std::string &option_name) |
| size_t | size () const |
| section & | operator[] (size_t index) |
| const section & | operator[] (size_t index) const |
| section & | operator[] (const std::string §ion_name) |
| const section & | operator[] (const std::string §ion_name) const |
| bool | contains (const std::string §ion_name) const |
| void | validate (const schema &schm, schema_mode mode) |
| bool | operator== (const config &other) const |
| bool | operator!= (const config &other) const |
| iterator | begin () |
| iterator | end () |
| const_iterator | begin () const |
| const_iterator | end () const |
| const_iterator | cbegin () const |
| const_iterator | cend () const |
Friends | |
| class | config_iterator< section > |
| class | config_iterator< const section > |
| INICPP_API friend std::ostream & | operator<< (std::ostream &os, const config &conf) |
Represents the base object of ini configuration. Contains list of sections in logical map structure. Can be constructed directly from string or stream.
| using inicpp::config::const_iterator = config_iterator<const section> |
| inicpp::config::config | ( | ) |
Default constructor.
Definition at line 5 of file config.cpp.
| inicpp::config::config | ( | const config & | source | ) |
Copy constructor.
Definition at line 9 of file config.cpp.
| inicpp::config::config | ( | config && | source | ) |
Move constructor.
Definition at line 34 of file config.cpp.
| void inicpp::config::add_option | ( | const std::string & | section_name, |
| const option & | opt | ||
| ) |
Add given option to specified section.
| section_name | should exist |
| opt | option which will be added to appropriate section |
| not_found_exception | if section with given name does not exist |
| ambiguity_exception | if option with specified name exists |
Definition at line 89 of file config.cpp.
|
inline |
Creates and add option to specified section.
| section_name | should exist in this config |
| option_name | name of newly created option |
| value | value which will be stored in new option |
| ambiguity_exception | if option with specified name exists |
| void inicpp::config::add_section | ( | const section & | sect | ) |
Add section to this ini configuration.
| sect | section which will be added |
| ambiguity_exception | if section with specified name exists |
Definition at line 48 of file config.cpp.
| void inicpp::config::add_section | ( | const std::string & | section_name | ) |
Create and add section with specified name.
| section_name | section with same name cannot exist in config |
| ambiguity_exception | if section with specified name exists |
Definition at line 60 of file config.cpp.
| config::iterator inicpp::config::begin | ( | ) |
Iterator pointing at the beginning of sections list.
Definition at line 184 of file config.cpp.
| config::const_iterator inicpp::config::begin | ( | ) | const |
Constant iterator pointing at the beginning of sections list.
Definition at line 194 of file config.cpp.
| config::const_iterator inicpp::config::cbegin | ( | ) | const |
Constant iterator pointing at the beginning of sections list.
Definition at line 204 of file config.cpp.
| config::const_iterator inicpp::config::cend | ( | ) | const |
Constant iterator pointing at the end of sections list.
Definition at line 209 of file config.cpp.
| bool inicpp::config::contains | ( | const std::string & | section_name | ) | const |
Tries to find section with specified name inside this config.
| section_name | name which is searched |
Definition at line 154 of file config.cpp.
| config::iterator inicpp::config::end | ( | ) |
Iterator pointing at the end of sections list.
Definition at line 189 of file config.cpp.
| config::const_iterator inicpp::config::end | ( | ) | const |
Constant iterator pointing at the end of sections list.
Definition at line 199 of file config.cpp.
| bool inicpp::config::operator!= | ( | const config & | other | ) | const |
Copy assignment.
Definition at line 23 of file config.cpp.
Move assignment.
Definition at line 39 of file config.cpp.
| bool inicpp::config::operator== | ( | const config & | other | ) | const |
| section & inicpp::config::operator[] | ( | size_t | index | ) |
Access section on specified index.
| index | index of requested value |
| not_found_exception | if index is out of range |
Definition at line 114 of file config.cpp.
| const section & inicpp::config::operator[] | ( | size_t | index | ) | const |
Access constant reference on section on specified index.
| index | index of requested value |
| not_found_exception | if index is out of range |
Definition at line 123 of file config.cpp.
| section & inicpp::config::operator[] | ( | const std::string & | section_name | ) |
Access section with specified name.
| section_name | name of requested section |
| not_found_exception | if section with given name does not exist |
Definition at line 132 of file config.cpp.
| const section & inicpp::config::operator[] | ( | const std::string & | section_name | ) | const |
Access constant reference on section with specified name.
| section_name | name of requested section |
| not_found_exception | if section with given name does not exist |
Definition at line 143 of file config.cpp.
| void inicpp::config::remove_option | ( | const std::string & | section_name, |
| const std::string & | option_name | ||
| ) |
Removes option with given name from given section.
| section_name | index to section list |
| option_name | option with this name will be removed |
| not_found_exception | if section or option with given name does not exist |
| not_found_exception | if section or option with given name does not exist |
Definition at line 99 of file config.cpp.
| void inicpp::config::remove_section | ( | const std::string & | section_name | ) |
Remove section from internal sections list.
| section_name | name should exist in section list |
| not_found_exception | if section with given name does not exist |
Definition at line 72 of file config.cpp.
| size_t inicpp::config::size | ( | ) | const |
| void inicpp::config::validate | ( | const schema & | schm, |
| schema_mode | mode | ||
| ) |
Validates this config agains given schema.
| schm | specifies how this config should look like |
| mode | validation mode |
| validation_exception | if error occured |
Definition at line 164 of file config.cpp.
|
friend |
Classic stream operator for printing this instance to output stream.
| os | output stream |
| conf | reference to loaded configuration |
Definition at line 214 of file config.cpp.


Module 9 Calling functions
Learning goals
- Understand what functions are, and why they are awesome
- Understand how functions work
- Understand how to read function documentation
Introducing R
functions
You have already worked with many R
functions; commands like getwd()
, length()
, and unique()
are all functions. You know a command is a function because it has parentheses, ()
, attached at its end.
Just as variables are convenient names used for calling objects such as vectors or dataframes, functions are convenient names for calling processes or actions. An R
function is just a batch of code that performs a certain action.
Variables represent data, while functions represent code.
Most functions have three key components: (1) one or more inputs, (2) a process that is applied to those inputs, and (3) an output of the result. When you call a function in R
, you are saying, “Hey R
, take this information, do something to it, and return the result to me.” You supply the function with the inputs, and the function takes care of the rest.
Take the function mean()
, for example. mean()
finds the arithmetic mean (i.e., the average) of a set of values.
In this command, you are feeding the function mean()
with the input x
.
Base functions in R
There are hundreds of functions already built-in to R
. These functions are called “base functions”. Throughout these modules, we have been – and will continue – introducing you to the most commonly used base functions.
You can access other functions through bundles of external code known as packages, which we explain in an upcoming module.
You can also write your own functions (and you will!). We provide an entire module on how to do this.
Note that not all functions require an input. The function getwd()
, for example, does not need anything in its parentheses to find and return current your working directory.
Saving function output
You will almost always want to save the result of a function in a new variable. Otherwise the function just prints its result to the Console and R
forgets about it.
You can store a function result the same way you store any value:
Functions with multiple inputs
Note that mean()
accepts a second input that is called na.rm
. This is short for NA.remove
. When this is set to TRUE
, R
will remove broken or missing values from the vector before calculating the mean.
If you tried to run these commands with na.rm
set to FALSE
, R
would throw an error and give up.
Note that you provided the function mean()
with two inputs, x
and na.rm
, and that you separated each input with a comma. This is how you pass multiple inputs to a function.
Function defaults
Note that many functions have default values for their inputs. If you do not specify the input’s value yourself, R
will assume you just want to use the default. In the case of mean()
, the default value for na.rm
is FALSE
. This means that the following code would throw an error …
Because R
will assume you are using the default value for na.rm
, which is FALSE
, which means you do not want to remove missing values before trying to calculate the mean.
Function documentation (i.e., getting help)
Functions are designed to accept only a certain number of inputs with only certain names. To figure out what a function expects in terms of inputs, and what you can expect in terms of output, you can call up the function’s help page:
When you enter this command, the help documentation for mean()
will appear in the bottom right pane of your RStudio
window:
Learning how to read this documentation is essential to becoming competent in using R
.
Be warned: not all documentation is easy to understand! You will come to really resent poorly written documentation and really appreciate well-written documentation; the few extra minutes taken by the function’s author to write good documentation saves users around the world hours of frustration and confusion.
The
Title
andDescription
help you understand what this function does.The
Usage
section shows you how type out the function.The
Arguments
section lists out each possible argument (which inR
lingo is another word for input or parameter), explains what that input is asking for, and details any formatting requirements.The
Value
section describes what the function returns as output.At the bottom of the help page, example code is provided to show you how the function works. You can copy and paste this code into your own script of Console and check out the results.
Note that more complex functions may also include a Details
section in their documentation, which gives more explanation about what the function does, what kinds of inputs it requires, and what it returns.
Function examples
R
comes with a set of base functions for descriptive statistics, which provide good examples of how functions work and why they are valuable.
We can use the same vector as the input for all of these functions:
mean()
has been explained above.
median()
returns the median value in the supplied vector:
sd()
returns the standard deviation of the supplied vector:
summary()
returns a vector that describes several aspects of the vector’s distribution:
result <- summary(x,na.rm=TRUE)
result
Min. 1st Qu. Median Mean 3rd Qu. Max. NA's
0.000 2.500 3.000 4.211 6.000 9.000 1
Review assignment
A. Create a vector named years
with the years of birth of everyone in the room.
B. What is the average year of birth?
C. What is the median year of birth?
D. Create a vector called ages
which is the (approximate) age of each person.
E. What is the minimum age?
F. What is the maximum age?
G. What is the median age?
H. What is the average age?
I. “Summarize” ages
.
J. What is the range of ages?
K. What is the standard deviation of ages?
L. Look up help on the function sort
.
M. Created a vector called sorted_ages
. It should be, well, sorted ages.
N. Look up the length
function.
O. How many people are the group?
P. Create an object called old
. Assign to this object a number (such as 36) at which someone becomes “old”.
Q. Create an object called old_people
. This should be a boolean/logical vector indicating if each person is old or not.
R. Is person 7 old?
S. How many years from being old/young is person 12?


--- layout: default title: MOSS Marketing Materials description: MOSS Marketing Materials, currently includes MOSS logo in vector formats and logo usage guidelines ---
A strong image is a consistent image That’s why we’ve developed MOSS logo usage guidelines to help ensure the world sees the same MOSS in everything we do. Please find below a top-level summary of the MOSS logo usage guideline, for more please download the complete MOSS Logo usage guidelines..


workbox-cacheable-response
workbox-cacheable-response
Given a Response
object this library determines whether it's "cacheable", based on the response's status code and / or header values.
Most develpers will use this module by instantiating a new
CachaebleResponsePlugin
and passing it to a
RequestWrapper, as shown in the example below.
Classes
CacheableResponse
Use this plugin to cache responses with certain HTTP status codes or header values.
Defining both status codes and headers will cache requests with a matching status code and a matching header.
CacheableResponsePlugin
Use this plugin to cache responses with certain HTTP status codes or header values.
Defining both status codes and headers will cache requests with a matching status code and a matching header.
This class is meant to be automatically invoked as a plugin to a
RequestWrapper, which is used by the workbox-sw
and workbox-runtime-caching
modules.
If you would like to use this functionality outside of the RequestWrapper
context, please use the CacheableResponse
class directly.


The non-standard toLocaleFormat()
method converts a date to a string using the specified formatting. Intl.DateTimeFormat is an alternative to format dates in a standards-compliant way. See also the newer version of dateObj.toLocaleDateString().
dateObj.toLocaleFormat(formatString)
formatString
strftime()
function in C.The toLocaleFormat()
method provides greater software control over the formatting of the generated date and/or time. Names for months and days of the week are localized using the operating system's locale. However, ordering of the day and month and other localization tasks are not handled automatically since you have control over the order in which they occur. You should take care that the format string is localized properly according to the user's system settings. Be aware that the locale used is not necessarily the same as the locale of the browser.
Extension and XULRunner developers should know that just loading the format string from a .dtd
or .properties
file using a chrome://somedomain/locale/somefile.ext
URI should be avoided, as the .dtd
/.properties
file and the toLocaleFormat()
method does not not necessarily use the same locale, which could result in odd looking or even ambiguous or unreadable dates.
Also note that the behavior of the used locale depends on the platform, and the user might customize the locale used, so using the system locale the choose the format string might in some cases not even be adequate. You might consider using some of the more general toLocale*
methods of the Date object or doing your own custom localization of the date to be displayed using some of the get*
methods of the Date object instead of using this method.
toLocaleFormat()
var today = new Date(); var date = today.toLocaleFormat('%A, %B %e, %Y'); // Bad example
In this example, toLocaleFormat()
returns a string such as "Wednesday, October 3, 2007". Note that the format string in this example is not properly localized, which will result in the problems described above.
When using the DateJS library you can polyfill dateObj.toLocaleDateString() like this:
if (!dateObj.toLocaleFormat) { (function() { dateObj.toLocaleFormat = function(formatString) { return this.format(formatString); }; }()); }
[Not part of any specification. Implemented in JavaScript 1.6.]
Created by Mozilla Contributors, license: CC-BY-SA 2.5


--- title: "Silicon Valley Business Heatmap" date: 2016-05-22 06:52:31 permalink: /visualizations/companies-heatmap/ layout: page extra_css: hexbin.css visualization: hexbin.js ---
In the postwar era, San Jose undertook an aggressive annexation campaign to fold surrounding land and cities into its orbit. The expansion of San Jose followed from a desire among business leaders, civic leaders, and boosters to improve the city's reputation as well as capture a larger tax base. Reform politicians in the 1940s maintained a belief in the idea that metropolitan growth equaled progress. In San Jose, those candidates formed the Progressive Committee and ousted the city manager, police and fire chiefs, and political bosses from the city's leadership. By the end of the 1940s, Progress Committee candidates and their ideology of growth was fully entrenched in city politics.
This is a draft. Changes to the text, bibliography, visualization, and so on will be documented here as they occur.


Copyright © Yariv Sadan 2006-2007
Authors: Yariv Sadan<EMAIL_ADDRESS>[web site: http://yarivsblog.com)].
| get_cookie/2 | Get the cookie's value from the arg. |
| get_url_prefix/1 | Get the of the arg's appmoddata value up to the first '?' symbol. |
| indexify/2 | (Deprecated.) Translate requests such as '/foo/bar' to '/foo/index/bar' for the given list of components. |
get_cookie(Name::string(), A::arg()) -> string()
Equivalent to yaws_api:find_cookie_val(Name, yaws_headers:cookie(A)).
Get the cookie's value from the arg.
get_url_prefix(A::arg()) -> string()
Get the of the arg's appmoddata value up to the first '?' symbol.
indexify(A::arg(), ComponentNames::[string()]) -> arg()
This function is deprecated: This function is deprecated. Implement catch_all/3 in your controllers instead.
Translate requests such as '/foo/bar' to '/foo/index/bar' for the given list of components. This function is useful for rewriting the Arg in the app controller prior to handling incoming requests.


Interview
There are two types of interviews in our hiring process. Between each round, we gather feedback from your interviewers and determine next steps.
How it works
Phone/Hangout interviews
During phone or Google Hangout interviews, you’ll speak with a potential peer or manager.
For software engineering roles, your phone/Hangout discussion will last between 30 and 60 minutes. When answering coding questions, you’ll talk through your thought process while writing code in a Google Doc that you’ll share with your interviewer. We recommend using a hands-free headset or speakerphone so you can type freely.
For all other roles, your phone/Hangout discussion will last between 30 and 45 minutes. Be prepared for behavioral, hypothetical, or case-based questions that cover your role-related knowledge.
Onsite interviews
You'll usually meet with four Googlers—some potential teammates and some cross-functional—for about 30 to 45 minutes each.
For software engineering candidates, we want to understand your coding skills and technical areas of expertise, including tools or programming languages and general knowledge on topics like data structures and algorithms. There's generally some back and forth in these discussions, just like there is on the job, because we like to push each other's thinking and learn about different approaches. So be prepared to talk through your solutions in depth. Push your own boundaries and find the best answer—that’s probably how you work anyway.
For candidates outside of engineering, you’ll have the chance to highlight strengths in four different areas:
- General cognitive ability: We ask open-ended questions to learn how you approach and solve problems. And there’s no one right answer—your ability to explain your thought process and how you use data to inform decisions is what’s most important.
- Leadership: Be prepared to discuss how you have used your communication and decision-making skills to mobilize others. This might be by stepping up to a leadership role at work or with an organization, or by helping a team succeed even when you weren’t officially the leader.
- Role-related knowledge: We’re interested in how your individual strengths combine with your experience to drive impact. We don’t just look for how you can contribute today, but how you can grow into different roles—including ones that haven’t even been invented yet.
- Googleyness: Share how you work individually and on a team, how you help others, how you navigate ambiguity, and how you push yourself to grow outside of your comfort zone.
Throughout the interview process, feel free to ask your interviewers for clarification to make sure you fully understand their questions. And feel free to interview us, too. Ask questions—about the work, about the team, about the culture—that will help you decide whether the job will be right for you.
How to prepare
Interviews for all roles
Here’s advice straight from Laszlo Bock, our SVP of People Operations.
- Predict the future: You can anticipate 90% of the interview questions you’re going to get. “Why do you want this job?” “What’s a tough problem you’ve solved?” If you can’t think of any, Google “most common interview questions.” Write down the top 20 questions you think you’ll get.
- Plan: For every question on your list, write down your answer. That will help them stick in your brain, which is important because you want your answers to be automatic.
- Have a backup plan: Actually, for every question, write down THREE answers. Why three? You need to have a different, equally good answer for every question because the first interviewer might not like your story. You want the next interviewer to hear a different story and become your advocate.
- Be data-driven: Every question should be answered with a story that demonstrates you can do what you’re being asked about. “How do you lead?” should be answered with “I’m a collaborative/decisive/whatever leader. Let me tell you about the time I … ”
- Practice: Everyone gets better with practice. Practice your interview answers—out loud—until you can tell each story clearly and concisely.
Interviews for software engineering and technical roles
- Interview prep: A while back, two Google Pittsburgh engineers recorded a Hangout on Air on our technical interviews, including interview preparation, working through a sample question, and an example solution.
- Coding practice: You can find sample coding questions on sites like LeetCode, CodeLab, Quora, and Stack Overflow. The book “Cracking the Coding Interview” is also a good resource.
Almost ready? Here are a few last things you may want to know, based on what people often ask recruiters.
- What to wear: For most of our interviews, the dress code is casual, but your recruiter will let you know what’s most appropriate. When in doubt, be yourself and wear what makes you comfortable.
- How to structure your interview answers: When answering questions, it’s important to show how you arrive at a solution, so think out loud.
- Helpful questions to think about as you prepare: How do you work best, as an individual and as part of a team? What challenges have you faced at school or at work and how did you work through them? Which of your skills or experiences would be assets in the role and why?
- Ask your interviewers for clarification if you don’t understand a question and feel free to take the time you need with responses.


If the players above were queued correctly and you are happy with the draft
order, click "Save Changes" below. If any players were not found, check
the spelling of their names and make sure they appear in the "Default Player
Rankings" list below. Click "Reset" to try again.


Huge new baby goods store to open in Nottingham on Black Friday
Yes, there will be offers available for customers
by Matthew BunnA huge new baby goods store filled with prams, car seats and nursery furniture will open in Nottingham later this week.
Offers and goodie bags are being promised to customers as Little Angels prepares to launch in the city on Black Friday, November 29.
It will be located in a 5,000 sq ft site in Prospect Street, next to the Castle Retail Park, and will become the company's second branch.
It comes just weeks after national retailer Mothercare announced it was closing down, including its Nottingham branch.
Kelly Carter, 31, who set up the company in Ilkeston five years ago, said: "I am super excited. We have been looking to move to Nottingham for the past two years. It is such a big area so we always aimed to move here."
Little Angels will stock brands including iCandy and Silver Cross and there will be games and colouring books to keep children busy while parents are shopping.
Mrs Carter believes the store could potentially boast the biggest range of pushchairs in the UK, with more than 80 expected to be on display.
On the day of the opening, there will be offers on products in-store, while goodie bags will be on offer and representatives from suppliers will also be on hand to help.
Ahead of the first day, she added: "It is a bit overwhelming because it is just me.
"We are either going to sink or swim and we will soon find out. Every time you open a new business you take a massive chance and I have put my blood, sweat and tears into this, so I am really looking forward to it."
The move comes at a difficult time on the high street, which has seen national retailer Mothercare announce it will close all its stores.
The retailer has a branch at Nottingham's Castle Marina Retail Park.
Mrs Carter said: “It’s so sad to see such a household name disappearing, and devastating for all the staff.
"As an independent business, we aim to provide a professional and personal service for Nottinghamshire’s parents and parents-to-be.”
The Ilkeston branch will remain open but is expected to become more of a factory retail outlet.
Since opening five years ago, Little Angels has a most recent turnover figure of more than £2 million.
With the General Election approaching we want to give you all the results and reactions as they happen. Join our new WhatsApp service to receive breaking news alerts throughout the night by texting ELECTION to<PHONE_NUMBER>2. The first messages will go out December 12 after polls close.


Warning: utmp must not be writable by the user class "other", because many system programs (foolishly) depend on its integrity. You risk faked system logfiles and modifications of system files if you leave utmp writable to any user other than the owner and group owner of the file.
The file is a sequence of utmp structures, declared as follows in <utmp.h> (note that this is only one of several definitions around; details depend on the version of libc):
/* Values for ut_type field, below */ #define EMPTY 0 /* Record does not contain valid info (formerly known as UT_UNKNOWN on Linux) */ #define RUN_LVL 1 /* Change in system run-level (see init(8)) */ #define BOOT_TIME 2 /* Time of system boot (in ut_tv) */ #define NEW_TIME 3 /* Time after system clock change (in ut_tv) */ #define OLD_TIME 4 /* Time before system clock change (in ut_tv) */ #define INIT_PROCESS 5 /* Process spawned by init(8) */ #define LOGIN_PROCESS 6 /* Session leader process for user login */ #define USER_PROCESS 7 /* Normal process */ #define DEAD_PROCESS 8 /* Terminated process */ #define ACCOUNTING 9 /* Not implemented */ #define UT_LINESIZE 32 #define UT_NAMESIZE 32 #define UT_HOSTSIZE 256 struct exit_status { /* Type for ut_exit, below */ short int e_termination; /* Process termination status */ short int e_exit; /* Process exit status */ }; struct utmp { short ut_type; /* Type of record */ pid_t ut_pid; /* PID of login process */ char ut_line[UT_LINESIZE]; /* Device name of tty - "/dev/" */ char ut_id[4]; /* Terminal name suffix, or inittab(5) ID */ char ut_user[UT_NAMESIZE]; /* Username */ char ut_host[UT_HOSTSIZE]; /* Hostname for remote login, or kernel version for run-level messages */ struct exit_status ut_exit; /* Exit status of a process marked as DEAD_PROCESS; not used by Linux init(8) */ /* The ut_session and ut_tv fields must be the same size when compiled 32- and 64-bit. This allows data files and shared memory to be shared between 32- and 64-bit applications. */ #if __WORDSIZE == 64 && defined __WORDSIZE_COMPAT32 int32_t ut_session; /* Session ID (getsid(2)), used for windowing */ struct { int32_t tv_sec; /* Seconds */ int32_t tv_usec; /* Microseconds */ } ut_tv; /* Time entry was made */ #else long ut_session; /* Session ID */ struct timeval ut_tv; /* Time entry was made */ #endif int32_t ut_addr_v6[4]; /* Internet address of remote host; IPv4 address uses just ut_addr_v6[0] */ char __unused[20]; /* Reserved for future use */ }; /* Backward compatibility hacks */ #define ut_name ut_user #ifndef _NO_UT_TIME #define ut_time ut_tv.tv_sec #endif #define ut_xtime ut_tv.tv_sec #define ut_addr ut_addr_v6[0]This structure gives the name of the special file associated with the user's terminal, the user's login name, and the time of login in the form of time(2). String fields are terminated by a null byte ('\0') if they are shorter than the size of the field.
The first entries ever created result from init(8) processing inittab(5). Before an entry is processed, though, init(8) cleans up utmp by setting ut_type to DEAD_PROCESS, clearing ut_user, ut_host, and ut_time with null bytes for each record which ut_type is not DEAD_PROCESS or RUN_LVL and where no process with PID ut_pid exists. If no empty record with the needed ut_id can be found, init(8) creates a new one. It sets ut_id from the inittab, ut_pid and ut_time to the current values, and ut_type to INIT_PROCESS.
mingetty(8) (or agetty(8)) locates the entry by the PID, changes ut_type to LOGIN_PROCESS, changes ut_time, sets ut_line, and waits for connection to be established. login(1), after a user has been authenticated, changes ut_type to USER_PROCESS, changes ut_time, and sets ut_host and ut_addr. Depending on mingetty(8) (or agetty(8)) and login(1), records may be located by ut_line instead of the preferable ut_pid.
When init(8) finds that a process has exited, it locates its utmp entry by ut_pid, sets ut_type to DEAD_PROCESS, and clears ut_user, ut_host and ut_time with null bytes.
xterm(1) and other terminal emulators directly create a USER_PROCESS record and generate the ut_id by using the string that suffix part of the terminal name (the characters following /dev/[pt]ty). If they find a DEAD_PROCESS for this ID, they recycle it, otherwise they create a new entry. If they can, they will mark it as DEAD_PROCESS on exiting and it is advised that they null ut_line, ut_time, ut_user, and ut_host as well.
telnetd(8) sets up a LOGIN_PROCESS entry and leaves the rest to login(1) as usual. After the telnet session ends, telnetd(8) cleans up utmp in the described way.
The wtmp file records all logins and logouts. Its format is exactly like utmp except that a null username indicates a logout on the associated terminal. Furthermore, the terminal name ~ with username shutdown or reboot indicates a system shutdown or reboot and the pair of terminal names |/} logs the old/new system time when date(1) changes it. wtmp is maintained by login(1), init(8), and some versions of getty(8) (e.g., mingetty(8) or agetty(8)). None of these programs creates the file, so if it is removed, record-keeping is turned off.
POSIX.1 does not specify a utmp structure, but rather one named utmpx, with specifications for the fields ut_type, ut_pid, ut_line, ut_id, ut_user, and ut_tv. POSIX.1 does not specify the lengths of the ut_line and ut_user fields.
Linux defines the utmpx structure to be the same as the utmp structure.
v7/BSD has fewer fields; most importantly it lacks ut_type, which causes native v7/BSD-like programs to display (for example) dead or login entries. Further, there is no configuration file which allocates slots to sessions. BSD does so because it lacks ut_id fields.
In Linux (as in System V), the ut_id field of a record will never change once it has been set, which reserves that slot without needing a configuration file. Clearing ut_id may result in race conditions leading to corrupted utmp entries and potential security holes. Clearing the abovementioned fields by filling them with null bytes is not required by System V semantics, but makes it possible to run many programs which assume BSD semantics and which do not modify utmp. Linux uses the BSD conventions for line contents, as documented above.
System V has no ut_host or ut_addr_v6 fields.
Unlike various other systems, where utmp logging can be disabled by removing the file, utmp must always exist on Linux. If you want to disable who(1), then do not make utmp world readable.
The file format is machine-dependent, so it is recommended that it be processed only on the machine architecture where it was created.
Note that on biarch platforms, that is, systems which can run both 32-bit and 64-bit applications (x86-64, ppc64, s390x, etc.), ut_tv is the same size in 32-bit mode as in 64-bit mode. The same goes for ut_session and ut_time if they are present. This allows data files and shared memory to be shared between 32-bit and 64-bit applications. This is achieved by changing the type of ut_session to int32_t, and that of ut_tv to a struct with two int32_t fields tv_sec and tv_usec. Since ut_tv may not be the same as struct timeval, then instead of the call:
gettimeofday((struct timeval *) &ut.ut_tv, NULL);
the following method of setting this field is recommended:
struct utmp ut; struct timeval tv; gettimeofday(&tv, NULL); ut.ut_tv.tv_sec = tv.tv_sec; ut.ut_tv.tv_usec = tv.tv_usec;


Next: Single-Quote, Previous: Left-Parenthesis, Up: Standard Macro Characters
The right-parenthesis is invalid except when used in conjunction with the left parenthesis character. For more information, see Reader Algorithm.


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BaseCoordinateFrame¶
-
class
astropy.coordinates.
BaseCoordinateFrame
(*args, **kwargs)[source] [edit on github]¶ Bases:
object
The base class for coordinate frames.
This class is intended to be subclassed to create instances of specific systems. Subclasses can implement the following attributes:
default_representation
A subclass of
BaseRepresentation
that will be treated as the default representation of this frame. This is the representation assumed by default when the frame is created.
FrameAttribute
class attributesFrame attributes such as
FK4.equinox
orFK4.obstime
are defined using a descriptor class. See the narrative documentation or built-in classes code for details.
frame_specific_representation_info
A dictionary mapping the name or class of a representation to a list of
RepresentationMapping
objects that tell what names and default units should be used on this frame for the components of that representation.
Attributes Summary
cartesian
Shorthand for a cartesian representation of the coordinates in this object. data
The coordinate data for this object. default_representation
frame_specific_representation_info
has_data
True if this frame has data
, False otherwise.isscalar
name
representation
The representation of the data in this frame, as a class that is subclassed from BaseRepresentation
.representation_component_names
representation_component_units
representation_info
A dictionary with the information of what attribute names for this frame apply to particular representations. shape
spherical
Shorthand for a spherical representation of the coordinates in this object. Methods Summary
Attributes Documentation
-
cartesian
¶ Shorthand for a cartesian representation of the coordinates in this object.
-
data
¶ The coordinate data for this object. If this frame has no data, an
ValueError
will be raised. Usehas_data
to check if data is present on this frame object.
-
default_representation
¶
-
frame_specific_representation_info
¶
-
isscalar
¶
-
name
= 'basecoordinateframe'¶
-
representation
¶ The representation of the data in this frame, as a class that is subclassed from
BaseRepresentation
. Can also be set using the string name of the representation.
-
representation_component_names
¶
-
representation_component_units
¶
-
representation_info
¶ A dictionary with the information of what attribute names for this frame apply to particular representations.
-
shape
¶
-
spherical
¶ Shorthand for a spherical representation of the coordinates in this object.
Methods Documentation
-
classmethod
get_frame_attr_names
()[source] [edit on github]¶
-
is_frame_attr_default
(attrnm)[source] [edit on github]¶ Determine whether or not a frame attribute has its value because it’s the default value, or because this frame was created with that value explicitly requested.
Parameters: attrnm : str
The name of the attribute to check.
Returns: isdefault : bool
True if the attribute
attrnm
has its value by default, False if it was specified at creation of this frame.
-
is_transformable_to
(new_frame)[source] [edit on github]¶ Determines if this coordinate frame can be transformed to another given frame.
Parameters: new_frame : class or frame object
The proposed frame to transform into.
Returns: transformable : bool or str
Notes
A return value of ‘same’ means the transformation will work, but it will just give back a copy of this object. The intended usage is:
if coord.is_transformable_to(some_unknown_frame): coord2 = coord.transform_to(some_unknown_frame)
This will work even if
some_unknown_frame
turns out to be the same frame class ascoord
. This is intended for cases where the frame is the same regardless of the frame attributes (e.g. ICRS), but be aware that it might also indicate that someone forgot to define the transformation between two objects of the same frame class but with different attributes.
-
realize_frame
(representation)[source] [edit on github]¶ Generates a new frame with new data from another frame (which may or may not have data).
Parameters: representation : BaseRepresentation
The representation to use as the data for the new frame.
Returns: frameobj : same as this frame
A new object with the same frame attributes as this one, but with the
representation
as the data.
-
represent_as
(new_representation, in_frame_units=False)[source] [edit on github]¶ Generate and return a new representation of this frame’s
data
.Parameters: new_representation : subclass of BaseRepresentation or string
The type of representation to generate. May be a class (not an instance), or the string name of the representation class.
in_frame_units : bool
Force the representation units to match the specified units particular to this frame
Returns: newrep : whatever
new_representation
isA new representation object of this frame’s
data
.Raises: AttributeError
If this object had no
data
Examples
>>> from astropy import units as u >>> from astropy.coordinates import ICRS, CartesianRepresentation >>> coord = ICRS(0*u.deg, 0*u.deg) >>> coord.represent_as(CartesianRepresentation) <CartesianRepresentation x=1.0 , y=0.0 , z=0.0 >
-
separation
(other)[source] [edit on github]¶ Computes on-sky separation between this coordinate and another.
Parameters: other :
BaseCoordinateFrame
The coordinate to get the separation to.
Returns: sep :
Angle
The on-sky separation between this and the
other
coordinate.Notes
The separation is calculated using the Vincenty formula, which is stable at all locations, including poles and antipodes [R1].
[R1] http://en.wikipedia.org/wiki/Great-circle_distance
-
separation_3d
(other)[source] [edit on github]¶ Computes three dimensional separation between this coordinate and another.
Parameters: other :
BaseCoordinateFrame
The coordinate system to get the distance to.
Returns: sep :
Distance
The real-space distance between these two coordinates.
Raises: ValueError
If this or the other coordinate do not have distances.
-
transform_to
(new_frame)[source] [edit on github]¶ Transform this object’s coordinate data to a new frame.
Parameters: new_frame : class or frame object or SkyCoord object
The frame to transform this coordinate frame into.
Returns: transframe
A new object with the coordinate data represented in the
newframe
system.Raises: ValueError
If there is no possible transformation route.


%include file="../header_inc_v4.html" />
POSX - Cost & Price Tool
%for r in records:
${r['r_desc']|h}
%endfor


The first step towards deploying a trained model is to export this model from TensorFlow. This guide demostrates how to export SavedModels from: TensorFlow, tfestimators and keras using export_savedmodel()
Exporting a SavedModel using the core TensorFlow API requires input and output tensors to be passed to export_savedmodel()
.
For instance, one can train MNIST as described by MNIST For ML Beginners, track the model’s inputs and outputs named x
and y
under that particular article and call export_savedmodel()
as follows:
export_savedmodel(
sess,
"tensorflow-mnist",
inputs = list(images = x),
outputs = list(scores = y)
)
For convinience, a sample training script is included in tfdeploy
to train and export this MNIST model as follows:
tfruns::training_run(
system.file("models/tensorflow-mnist.R", package = "tfdeploy")
)
A sample model using the mtcars
data frame is trained using tfestimators
. The resulting model is the one that will be saved to disk. To train, we can follow the TensorFlow estimators Quick Start followed by running:
export_savedmodel(
model,
"tfestimators-mtcars"
)
For convinience, a sample training script is included in tfdeploy
to train and export this mtcars
model as follows:
tfruns::training_run(
system.file("models/tfestimators-mtcars.R", package = "tfdeploy")
)
To export from Keras, first train a keras
model as described under R interface to Keras, set backend()$set_learning_phase(TRUE)
before training and then export this model as follows:
export_savedmodel(
model,
"keras-mnist"
)
For convinience, a sample training script is included in tfdeploy
to train and export this MNIST model as follows:
tfruns::training_run(
system.file("models/keras-mnist.R", package = "tfdeploy")
)


IP Protection
Designed with security as a top priority, TinyCLR OS provides protection for both user's code and user's data.
Securing Code
By default, user's code is stored securely on the internal flash memory. It can only be reached by the USB or serial debug interfaces, which can be disabled using the TinyCLR Config utility program or using GHIElectronics.TinyCLR.Native.DeviceInformation.SetDebugInterface(DebugInterface.Disable)
. This DebugInterface.Disable
can only be undone by a complete system Erase All, from TinyCLR Config. When the debug interface is set to DebugInterface.Disable
APP and MOD become inactive. The current active debug interface can be read through GHIElectronics.TinyCLR.Native.DeviceInformation.DebugInterface
.
The system supports extending the deployment region, where user's code/assemblies are stored, into external unsecured flash memory. To keep important data secure, the system supports Secure Assemblies
. Those assemblies are loaded into the internal secure flash. To tag an assembly as secure, users must edit the AssemblyInfo.cs
file in the Properties
folder within the project's folder. Change the line [assembly: AssemblyConfiguration("")]
to [assembly: AssemblyConfiguration("secure")]
(the word "secure" is not case sensitive). During deployment Visual Studio will display an allocation table showing both the secure and unsecure assemblies and their address, a quick way to verify secure assemblies. This is found in the TinyCLR Device Deployment
Visual Studio output window.
The In-Field Update page covers the details on updating a locked system.
 When external RAM is utilized, it is only there for the graphics engine. Having images stored in unsecure memory has very little security concerns, unless for example, a key is shown on one of the images. There is also a special UnmanagedBuffer
class that allocates memory from Unmanaged Heap
, where the user is aware and is in control of what to do with this unsecure buffer.
If desired, designs that require large heaps of RAM for the entire application have the option to extend the heap to fully encapsulate the external memory, making the system data unsecure. However, external RAM (SDRAM) isn't probed easily like external flash (QSPI) even if used for extended heap, not secure in this case but more challenging to probe.
Refer to the External Memory page for more info.


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Identifier Index
[
A
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C
D
E F
G
H
I
J
K L
M
N O
P
Q
R
S
T
U
V W
X
Y Z
_
]
A
appendListOfElementsToElement()
(in
XMLBuilder
)
auth
(in
gittigidiyor
)
AuthenticationService
(in
gittigidiyor.authenticationservice
)
applicationservice
(in
gittigidiyor
)
Auth
(in
gittigidiyor.auth
)
ApplicationService
(in
gittigidiyor.applicationservice
)
authenticationservice
(in
gittigidiyor
)
C
cargoservice
(in
gittigidiyor
)
cityservice
(in
gittigidiyor
)
createElementWithTextNode()
(in
XMLBuilder
)
CargoService
(in
gittigidiyor.cargoservice
)
CityService
(in
gittigidiyor.cityservice
)
createTimeStamp()
(in
ProviderInterface
)
categoryservice
(in
gittigidiyor
)
createApplication()
(in
ApplicationService
)
createTimeStamp()
(in
Service
)
CategoryService
(in
gittigidiyor.categoryservice
)
createElementsWithTextNodes()
(in
XMLBuilder
)
createToken()
(in
AuthenticationService
)
D
deleteApplication()
(in
ApplicationService
)
developerservice
(in
gittigidiyor
)
DeveloperService
(in
gittigidiyor.developerservice
)
G
get_data()
(in
XMLBuilder
)
getCity()
(in
CityService
)
getProducts()
(in
ProductService
)
getApplicationList()
(in
ApplicationService
)
getInboxMessages()
(in
UserMessagesService
)
getSale()
(in
SaleService
)
getCargoInformation()
(in
CargoService
)
getJSONObj()
(in
JSONBuilder
)
getSales()
(in
SaleService
)
getCategories()
(in
CategoryService
)
getLoginURL()
(in
AuthenticationService
)
getSendedMessages()
(in
UserMessagesService
)
getCategory()
(in
CategoryService
)
getModifiedCategories()
(in
CategoryService
)
gittigidiyor
getCategorySpecs()
(in
CategoryService
)
getModifiedCities()
(in
CityService
)
giveRateAndComment()
(in
SaleService
)
getCities()
(in
CityService
)
getProduct()
(in
ProductService
)
I
isDeveloper()
(in
DeveloperService
)
J
jsonbuilder
(in
gittigidiyor
)
JSONBuilder
(in
gittigidiyor.jsonbuilder
)
M
makeRequest()
(in
ProviderInterface
)
makeRequest()
(in
Service
)
P
productservice
(in
gittigidiyor
)
provider
(in
gittigidiyor
)
ProductService
(in
gittigidiyor.productservice
)
ProviderInterface
(in
gittigidiyor.provider
)
R
registerDeveloper()
(in
DeveloperService
)
replySaleComment()
(in
SaleService
)
root()
(in
XMLBuilder
)
S
saleservice
(in
gittigidiyor
)
sendNewMessage()
(in
UserMessagesService
)
signature()
(in
ProviderInterface
)
SaleService
(in
gittigidiyor.saleservice
)
service
(in
gittigidiyor
)
signature()
(in
Service
)
sendCargoInformation()
(in
CargoService
)
Service
(in
gittigidiyor.service
)
U
usermessageservice
(in
gittigidiyor
)
UserMessagesService
(in
gittigidiyor.usermessageservice
)
X
xmlbuilder
(in
gittigidiyor
)
XMLBuilder
(in
gittigidiyor.xmlbuilder
)
_
__init__()
(in
ApplicationService
)
__init__()
(in
Service
)
__package__
(in
gittigidiyor.developerservice
)
__init__()
(in
Auth
)
__init__()
(in
UserMessagesService
)
__package__
(in
gittigidiyor.jsonbuilder
)
__init__()
(in
AuthenticationService
)
__init__()
(in
XMLBuilder
)
__package__
(in
gittigidiyor.productservice
)
__init__()
(in
CargoService
)
__package__
(in
gittigidiyor
)
__package__
(in
gittigidiyor.provider
)
__init__()
(in
CategoryService
)
__package__
(in
gittigidiyor.applicationservice
)
__package__
(in
gittigidiyor.saleservice
)
__init__()
(in
CityService
)
__package__
(in
gittigidiyor.auth
)
__package__
(in
gittigidiyor.service
)
__init__()
(in
DeveloperService
)
__package__
(in
gittigidiyor.authenticationservice
)
__package__
(in
gittigidiyor.usermessageservice
)
__init__()
(in
ProductService
)
__package__
(in
gittigidiyor.cargoservice
)
__package__
(in
gittigidiyor.xmlbuilder
)
__init__()
(in
ProviderInterface
)
__package__
(in
gittigidiyor.categoryservice
)
__unicode__()
(in
XMLBuilder
)
__init__()
(in
SaleService
)
__package__
(in
gittigidiyor.cityservice
)
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module KWN_data_types use KWN_precision type :: tParameters integer :: & kwn_nSteps ! discretization in r-space real(pReal) :: & kwn_stepsize, & ! discretization in r-space kwn_step0 ! minimum radius real(pReal) :: & lattice_param, & ! lattice parameter in meter atomic_volume, & ! atomic volume in meter^3 molar_volume, & ! molar volume in m^3/mol misfit_energy, & ! normalized precipitate misfit energy in J/m^3 gamma_coherent, & ! coherent precipitate surface energy in J/m^2 vacancy_generation, & ! vacancy generation rate coefficient vacancy_sink_spacing, & ! vacancy sink spacing vacancy_energy, & ! normalized vacancy formation energy (Q/kB) in 1/k vacancy_migration_energy, & ! solute migration energy in J/at vacancy_diffusion0, & ! vacancy diffusivity in m^2/s mean_radius_initial,& ! average radius initial distribution in meters standard_deviation,& ! standard deviation initial distribution (log normal law assumed) volume_fraction_initial, &! initial total precipitate distribution rho_0, & !initial dislocation density rho_s, & !saturation dislocation density strain_rate, & ! strain rate in /s dislocation_arrangement, & ! constant related to the dislocation density in the vacancy annihilation term, cf [1] burgers, & !matrice burgers vector jog_formation_energy, & ! formation energy for jogs q_dislocation, & ! activation energy for diffusion at dislocation (pipe diffusion) in J/at - not used yet but to be updated solute_strength ! constant related to the solid solution hardening- cf [2] ! the following variables are allocatable to allow for precipitates with multiple elements (only situations with 2 elements are used here) real(pReal), dimension(:), allocatable :: & c0_matrix, & ! initial matrix solute composition in mol fraction : [Mg, Zn] ceq_matrix, & ! equilibrium matrix composition for a flat interface (infinite precipitate radius) in mol fraction : [Mg, Zn] ceq_precipitate, & ! equilibrium precipitate composition in mol fraction : [Mg, Zn] diffusion0, & ! solute diffusivity in m^2/s : [Mg, Zn] - in the present version of the code - the diffusion coefficient is taken as identical for both solute and equal to the slowest diffuser (Mg) migration_energy ! solute migration energy in J/at real(pReal), dimension(:), allocatable :: & bins ! Bins for class sizes in KWN model character(len=15), allocatable, dimension(:) :: & output end type tParameters type :: tKwnpowerlawState real(pReal), pointer, dimension(:,:) :: & precipitate_density ! table with precipitate density number in each class size [/m^4] real(pReal), dimension( :), allocatable :: & c_vacancy, & ! concentration in excess vacancy time ! time [s] end type tKwnpowerlawState type :: tKwnpowerlawMicrostructure real(pReal), dimension(:), allocatable :: & total_precipitate_density, & avg_precipitate_radius, & precipitate_volume_frac real(pReal), dimension(:,:), allocatable :: c_matrix end type tKwnpowerlawMicrostructure end module KWN_data_types


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This package provides a shared resource interface for the bigmemory and synchronicity packages.
| Version: | 0.1.3 |
| Imports: | methods |
| Enhances: | bigmemory, synchronicity |
| Published: | 2014-08-18 |
| Author: | Michael J. Kane |
| Maintainer: | Michael J. Kane <bigmemoryauthors at gmail.com> |
| Contact: | Michael J. Kane<EMAIL_ADDRESS>|
| License: | LGPL-3 | Apache License 2.0 |
| NeedsCompilation: | no |
| CRAN checks: | bigmemory.sri results |
| Reference manual: | bigmemory.sri.pdf |
| Package source: | bigmemory.sri_0.1.3.tar.gz |
| Windows binaries: | r-devel: bigmemory.sri_0.1.3.zip, r-release: bigmemory.sri_0.1.3.zip, r-oldrel: bigmemory.sri_0.1.3.zip |
| OS X binaries: | r-release: bigmemory.sri_0.1.3.tgz, r-oldrel: bigmemory.sri_0.1.3.tgz |
| Old sources: | bigmemory.sri archive |
| Reverse imports: | bigmemory, synchronicity |
Please use the canonical form https://CRAN.R-project.org/package=bigmemory.sri to link to this page.


Class Occupation
java.lang.Object
com.github.jnstockley.addressbook.Occupation
public class Occupation
extends java.lang.Object
This class holds all the necessary commands to create an occupation object,
and to perform full CRUD on the occupation table of a given database.
- Version:
- 3.2
- Author:
- jnstockley
-
Constructor Summary
Constructors Constructor Description Occupation()
Creates an occupation object with all the fields set to either 0 or an empty stringOccupation(int id, java.lang.String companyName, java.lang.String jobTitle, java.lang.String employmentType, java.lang.String monthlySalary, java.lang.String industry)
Creates an occupation object with the date and time as empty fields mainly used for updating an occupationOccupation(int id, java.lang.String companyName, java.lang.String jobTitle, java.lang.String employmentType, java.lang.String monthlySalary, java.lang.String industry, java.lang.String date, java.lang.String time)
Creates an occupation object with no empty fields mainly used for getting all occupationsOccupation(java.lang.String companyName, java.lang.String jobTitle, java.lang.String employmentType, java.lang.String monthlySalary, java.lang.String industry)
Creates an occupation object with the id and date and time as empty values -
Method Summary
Modifier and Type Method Description boolean
delete(java.sql.Connection conn, int id)
Removes the occupation at the passed id from the databaseboolean
equals(Occupation occupation)
Checks all the fields of both occupations and checks if they are equal ignoring casejava.util.List<Occupation>
get(java.sql.Connection conn)
Creates a list of occupations stored on a database and returns the occupation listOccupation
get(java.sql.Connection conn, int id)
Retrieves a singular occupation based on the passed ID and returns itjava.lang.String
getCompanyName()
java.lang.String
getDate()
java.lang.String
getEmploymentType()
int
getId()
java.lang.String
getIndustry()
java.lang.String
getJobTitle()
java.lang.String
getMonthlySalary()
java.util.List<Occupation>
getSimilarOccupation(java.sql.Connection conn, java.lang.String field, int data)
Deprecated.java.util.List<Occupation>
getSimilarOccupation(java.sql.Connection conn, java.lang.String field, java.lang.String data)
Deprecated.java.lang.String
getTime()
Occupation
insert(java.sql.Connection conn, Occupation newOccupation)
Inserts a new occupation into the databasevoid
setCompanyName(java.lang.String companyName)
void
setDate(java.lang.String date)
void
setEmploymentType(java.lang.String employmentType)
void
setId(int id)
void
setIndustry(java.lang.String industry)
void
setJobTitle(java.lang.String jobTitle)
void
setMonthlySalary(java.lang.String monthlySalary)
void
setTime(java.lang.String time)
java.lang.String
toString()
Occupation
update(java.sql.Connection conn, int id, Occupation updatedOccupation)
Updates a singular occupation on the database and returns the new occupation To keep existing data from current occupation set any of the field to empty strings, excluding id, date, and timeMethods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait
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Constructor Details
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Occupation
public Occupation()Creates an occupation object with all the fields set to either 0 or an empty string -
Occupation
public Occupation(java.lang.String companyName, java.lang.String jobTitle, java.lang.String employmentType, java.lang.String monthlySalary, java.lang.String industry)Creates an occupation object with the id and date and time as empty values- Parameters:
companyName
- The company name for the occupationjobTitle
- The job title for the occupationemploymentType
- The employment type of the occupationmonthlySalary
- The monthly salary of the occupation without the $ or , and no decimal pointsindustry
- The industry of the occupation
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Occupation
public Occupation(int id, java.lang.String companyName, java.lang.String jobTitle, java.lang.String employmentType, java.lang.String monthlySalary, java.lang.String industry)Creates an occupation object with the date and time as empty fields mainly used for updating an occupation- Parameters:
id
- The id of the occupationcompanyName
- The company name for the occupationjobTitle
- The job title for the occupationemploymentType
- The employment type of the occupationmonthlySalary
- The monthly salary of the occupation without the $ or , and no decimal pointsindustry
- The industry of the occupation
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Occupation
public Occupation(int id, java.lang.String companyName, java.lang.String jobTitle, java.lang.String employmentType, java.lang.String monthlySalary, java.lang.String industry, java.lang.String date, java.lang.String time)Creates an occupation object with no empty fields mainly used for getting all occupations- Parameters:
id
- The id of the occupationcompanyName
- The company name for the occupationjobTitle
- The job title for the occupationemploymentType
- The employment type of the occupationmonthlySalary
- The monthly salary of the occupation without the $ or , and no decimal pointsindustry
- The industry of the occupationdate
- The date the occupation was createdtime
- The time the occupation was created
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Method Details
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getId
public int getId()- Returns:
- the id
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setId
public void setId(int id)- Parameters:
id
- the id to set
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getCompanyName
public java.lang.String getCompanyName()- Returns:
- the companyName
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setCompanyName
public void setCompanyName(java.lang.String companyName)- Parameters:
companyName
- the companyName to set
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getJobTitle
public java.lang.String getJobTitle()- Returns:
- the jobTitle
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setJobTitle
public void setJobTitle(java.lang.String jobTitle)- Parameters:
jobTitle
- the jobTitle to set
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getEmploymentType
public java.lang.String getEmploymentType()- Returns:
- the employmentType
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setEmploymentType
public void setEmploymentType(java.lang.String employmentType)- Parameters:
employmentType
- the employmentType to set
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getMonthlySalary
public java.lang.String getMonthlySalary()- Returns:
- the monthlySalary
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setMonthlySalary
public void setMonthlySalary(java.lang.String monthlySalary)- Parameters:
monthlySalary
- the monthlySalary to set
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getIndustry
public java.lang.String getIndustry()- Returns:
- the industry
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setIndustry
public void setIndustry(java.lang.String industry)- Parameters:
industry
- the industry to set
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getDate
public java.lang.String getDate()- Returns:
- the date
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setDate
public void setDate(java.lang.String date)- Parameters:
date
- the date to set
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getTime
public java.lang.String getTime()- Returns:
- the time
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setTime
public void setTime(java.lang.String time)- Parameters:
time
- the time to set
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toString
public java.lang.String toString()- Overrides:
toString
in classjava.lang.Object
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equals
Checks all the fields of both occupations and checks if they are equal ignoring case- Parameters:
occupation
- The occupation that is being checked- Returns:
- Either true if all the fields are equal or false if at least one field is different
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get
Creates a list of occupations stored on a database and returns the occupation list- Parameters:
conn
- The MySQL connection- Returns:
- Either returns a list of occupations or null if there was an error getting all occupations
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getSimilarOccupation
@Deprecated public java.util.List<Occupation> getSimilarOccupation(java.sql.Connection conn, java.lang.String field, java.lang.String data)Deprecated.Creates a list of similar occupations stored on a database and returns the similar occupation list- Parameters:
conn
- The MySQL connectionfield
- The field used to determine if an occupation is similardata
- The value for the passed field to determine if an occupation is similar- Returns:
- Either returns a list of similar occupations or null if there was an error getting similar occupations
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getSimilarOccupation
@Deprecated public java.util.List<Occupation> getSimilarOccupation(java.sql.Connection conn, java.lang.String field, int data)Deprecated.Creates a list of similar occupations stored on a database and returns the similar occupations list- Parameters:
conn
- The MySQL connectionfield
- The field used to determine if an occupation is similardata
- The values for the passed field to determine if an occupation is similar- Returns:
- Either returns a list of similar occupations or null if there was an error getting similar occupations
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get
Retrieves a singular occupation based on the passed ID and returns it- Parameters:
conn
- The MySQL connectionid
- The ID of the occupation to be returned- Returns:
- A singular occupation based on the ID passed
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update
Updates a singular occupation on the database and returns the new occupation To keep existing data from current occupation set any of the field to empty strings, excluding id, date, and time- Parameters:
conn
- The MySQL connectionid
- The id of the occupation to be updatedupdatedOccupation
- The new occupation that is going to be updated- Returns:
- Either returns the occupation passed, confirming the update or null if the occupation was not updated
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insert
Inserts a new occupation into the database- Parameters:
conn
- The MySQL connectionnewOccupation
- The new occupation that is going to be inserted into the database- Returns:
- Either returns the passed occupation, confirming the insert or null if the occupation wasn't inserted
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delete
public boolean delete(java.sql.Connection conn, int id)Removes the occupation at the passed id from the database- Parameters:
conn
- The MySQL connectionid
- The ID of the occupation to be removed- Returns:
- Either true if the occupation was removed or false if it wasn't
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