Hello there,
I'm Aleks,
and I'm a web developer!
Hello there,
I'm Aleks,
and I'm a web developer!
I am a Junior Software Engineer and a recent graduate of a full-time, intensive, 13 week, full-stack boot camp at the University of Washington. I have a newfound passion for programming, more specifically frontend development, and am constantly learning new methods to improve my skills and knowledge base to continue creating dynamic, interactive web applications.
JavaScript
jQuery
AJAX
Bootstrap
React.js
Redux
HTML5
CSS3
Node.js
MySQL
Sequelize
Postman
Express.js
MongoDB
Mongoose.js
Robo 3T
WIZARDS & WHITEBOARDS
SO THIRSTY
PARK SKY
EMPLOYEE DIRECTORY
NOTE TAKER
WEATHER DASHBOARD


Aggregating, cleaning and modeling company updates and metrics for quarterly and annual evaluations. Measuring potential success and failure of start up companies using statistical regression and ML modeling with data collected from PitchBook and Crunchbase platforms.
Read MoreHelp build and manage web applications showcasing Keiretsu Capital investments and achievements. As well designing a client-side react routing to create a single page application for investments and advisors.
Read MoreOffer assistance with debugging and help students understand concepts of syntax, logic, and runtime errors. Teach coding curriculum for Java, Python, and Stencyl courses.
Read MoreGraduated with a Bachelor of Science in Informatics (data science track) at the University of Washington. My level of persistence, determination, leadership, and critical thinking qualities helps separate me from my peers. Passionate about helping people and always taking measures to improve my technical skill sets.
Help screening early stage start up companies, primarily in the life science and technology sectors to the Fund investment screening committees. Aggregating, cleaning and modeling company updates and metrics for quarterly and annual evaluations. Measuring potential success and failure of start up companies using statistical regression and ML modeling with data collected from PitchBook and Crunchbase platforms.
View CompanyHelp build and manage web applications showcasing Keiretsu Capital investments and achievements. mplement and update current exit portfolios of early stage start up companies with in the life science and technology sectors.As well designing a client-side react routing to create a single page application for investments and advisors.
View CompanyProvide one on one help with students ranging from middle school to high school. Offer assistance with debugging and help students understand concepts of syntax, logic, and runtime errors. Teach coding curriculum for Java, Python, and Stencyl courses.
Visit SiteAnalyzed Yelp API data to find indicators that contribute to the success or failure of restaurants. Used Model selection using stepwise Akaike Information Criterion (AIC) method to evaluate a success index including average rating, number or reviews,
View ProjectA standalone web service with structured data engine. A front and back end query suggestion engine with a built in web crawler. End-to-End experience result page with URLs from crawler, NBA player stats (when searched) and holds a trie data structure for query suggestions to identify words users want to search.
View ProjectAn interactive chat room web page using React Framework. Using Firebase to include user authentication and synchronized data storage. It uses client-side routing to create single page applications. It utilizes a third-party JavaScript library in web application.
View Project


This sample demonstrate patterns, approaches and architectural ideas available in the Java EE 6 platforms.
The project was created in Netbeans 6.8 and tested on Glassfish v3.


isDone=status">
Bravo! The grid is complete!
Pre-generated grids
{{option.name}}
Auto-fill
Save this grid
Restore {{idx + 1}}


{% load static %}
Nashville Musician Services
HOME
>>
Contact
>>
SignUp
>>
Log In
>>
FAQ
>>
Nashville
Musician Services
{%if user.is_authenticated%}
Manage_Account
Log_me_Out
{%csrf_token%}
{%endif%}
Home/Dog/Baby_sitting
Professional_service
Home_remodeling
Weddings/Live_Gigs
Remote_recording
Music_lessons
{%block text%} {%endblock%}
{%block content%} {%endblock%}


Waiting for opponent (shouldn't take long)
Top of the {{formatInning game.state.inning}}
{{else}}Bottom of the {{formatInning game.state.inning}}
{{/if}}Outs: {{game.state.outs}}
Now batting: {{batter}}
Runners: {{#each game.state.runners}} {{lastName this}} {{/each}}
Last play: {{game.state.lastPlay}}
{{> decisions availableDecisions}}


The ABBREV library provides useful functions that allow you to manipulate abbreviations. To access these functions, you must load ABBREV using ESC-x execute-mlisp-file.
The functions defined in the ABBREV library and their key bindings are as follows:
^X-G (define-global-abbrev-in-buffer)
Takes the word to the left of dot and defines it as a global abbreviation. You are prompted for the expansion in the Mini-buffer.
^X-L (define-local-abbrev-in-buffer)
Takes the word to the left of dot and defines it as an abbreviation in the current buffer's local abbreviation table. You are prompted for the abbreviation's expansion in the Mini-buffer.
(list-local-abbrevs)
Displays a buffer called Abbrev list and fills it with the abbreviations and their expansions in effect for the current buffer.
^X-W (edit-local-abbrevs)
Displays a buffer called Abbrev list, fills it with the abbreviations and their expansions in effect for the current buffer and then enters a recursive edit so that you can edit these definitions. When the recursive edit is exited, the buffer is used to define the new abbreviations.
(list-all-abbrevs)
Displays a buffer called Abbrev list and fills it with the abbreviations and expansions currently defined in Emacs.
(edit-all-abbrevs)
Displays a buffer called Abbrev list, fills it with all the abbreviations defined in the current Emacs, and then enters a recursive edit to let you alter these abbreviations. When you exit the recursive edit, the modified buffer contents are used to define the abbreviations.
^X-R (define-global-abbrev-for-region)
Uses the region as an expansion and prompts you for an abbreviation. The abbreviation is defined in the global abbreviation table.
^X-S (define-local-abbrev-for-region)
Uses the region as an expansion and prompts you for an abbreviation. The abbreviation is defined in the current buffer's local abbreviation table.
The AREA package defines two functions that allow you to define a box and then remove the text from that box leaving the text not included in the box undisturbed. The removed text is stored in a buffer called Area. This text may be inserted later at some other location.
The AREA functions and key bindings are:
ESC-w (delete-area)
Deletes a vertically-bounded area, storing the deleted area in a buffer named Area.
ESC-y (insert-area)
Inserts the contents of the Area buffer into the current buffer at dot.
The AREA library has been superceded by the RECTANGULAR library, but it is still supplied with Emacs for compatibility with existing MLisp code. For details on the RECTANGULAR library, see RECTANGULAR, Rectangular Cut and Paste
This library defines the single function one-line-buffer-list. This function displays the names of all of the buffers in Emacs in the mode line. If more that one line's worth of buffers exist, each line of names is displayed and a character input to display the next line. The default binding for the one-line-buffer-list function is ^X-^B.
Some buffers in the list may be preceded by a single character. The various characters and their meanings are:
* Indicates that the buffer has been modified since it was last written to disk # Indicates that the buffer is a scratch buffer. @ Indicates that the buffer is empty.
The CENTERLIN library package defines the single function center-line which can be used to centre the current line between the margins as defined by left-margin and right-margin.
There is no default binding for the center-line function.
The DABBREV library defines the dabbrev function. The dabbrev function takes the word that the cursor is positioned in and looks through the buffer for a word for which the current word is a prefix. If a match is found, the current word is expanded into the full word.
For example, if you have already typed the word FOOBAR into the buffer, you can then type the subword FOO, then execute the dabbrev function and FOO will be expanded to FOOBAR.
dabbrev-expand-whole-word 0
This variable changes the way dabbrev works when you start dabbrev in the middle of a word. Either dabbrev uses the whole of the word as the prefix to expand or dabbrev uses the beginning of the word and deletes the end of the word.
^W (dabbrev)
dabbrev.
The DENT library defines the functions indent-region and undent-region. indent-region indents the currently selected region by logical-tab-size characters. If provided with a prefix argument, it performs the indentation the specified numbers of times. undent-region undents the current region.
The EDTSIM package defines functions which emulate the EDT text editor found on the OpenVMS operating system from Digital Equipment Corporation.
When you load the EDTSIM library (using ESC-x execute-mlisp-file edtsim), the numeric keypad keys are re-bound to perform the same actions as they would in the real EDT editor. The major mode string in the mode line is modified to indicate that EDT simulation is loaded.
The following list contains all of the implemented EDT commands with a simple description of what each command does.
| Introduce a command repetition count. | GOLD-digits |
| The GOLD key. | PF1 |
| Give help and also, when a command is requested, cause Emacs name completion. The help text is obtained from the EDT help library, and re-formatted so that it can be displayed from within Emacs. | PF2 (HELP) |
| Find the next occurrence of the current search string. | PF3 (FNDNXT) |
| Delete to the end of the current line and delete the line terminator. | PF4 (DEL-L) |
| Move to the next line in the current direction. | KP0 (LINE) |
| Move to the next word in the current direction. | KP1 (WORD) |
| Move to the end of the current line. | KP2 (EOL) |
| Moves to the next character in the current direction. | KP3 (CHAR) |
| Change the current direction to forwards. This key may also to used to terminate a search string. | KP4 (ADVANCE) |
| Change the current direction to backwards. This key may also be used to terminate a search string. | KP5 (BACKUP) |
| Cut the select region and put it in the paste buffer. | KP6 (CUT) |
| Move to the next page in the current direction. | KP7 (PAGE) |
| Scroll the window by two thirds and moves dot to the selected line. | KP8 (SECT) |
| Set the start of the select region to the current cursor position. | KP. (SELECT) |
| Delete the character following the current cursor position. | KP, (DEL-C) |
| Delete the word following the current cursor position. | KP-- (DEL-W) |
| Insert a line terminator after the current cursor position. | GOLD-KP0 (OPEN LINE) |
| Invert the case of the current character or select region. | GOLD-KP1 (CHGCASE) |
| Delete the text from dot to the end of the current line. | GOLD-KP2 (DEL-EOL) |
| Insert a character into the buffer. The character inserted has the numeric value specified by the command's prefix argument. | GOLD-KP3 (SPECINS) |
| Move the current cursor position to the bottom of the current buffer. | GOLD-KP4 (BOTTOM) |
| Move the current cursor position to the top of the current buffer. | GOLD-KP5 (TOP) |
| Insert the contents of the paste buffer at the current cursor position. | GOLD-KP6 (PASTE) |
| Go to the Emacs command line. | GOLD-KP7 (CMD) |
| Replace a string throughout the rest of the buffer. | GOLD-KP9 (REPLACE) |
| Unset the start of the select region. | GOLD-KP. (RESET) |
| Paste in the last character deleted. | GOLD-KP, (UND-C) |
| Paste in the last word deleted. | GOLD-KP- (UND-W) |
| Search for an occurrence of a string. | GOLD-PF3 (FIND) |
| Paste in the last line deleted. | GOLD-PF4 (UND-L) |
| Move the cursor up one line. | Up-arrow (UP) |
| Move the cursor down one line. | Down-arrow (DOWN) |
| Move the cursor left one character. | left-arrow (left) |
| Move the cursor right one character. | Right-arrow (RIGHT) |
The ELECTRICC library defines functions for Electric C Mode, a major mode for writing C programs. Electric C Mode is an alternative library to the C Mode library described in the Barry's Emacs Programmer's Guide.
Electric C Mode performs a number of useful functions for the C programmer, including:
The FLASHER library defines the single function paren-flashwhich can be used to cause parenthesis balancing The function paren-flash should be bound to the closing version of the brackets that are to be balanced.
Two buffer-specific variables are used to provide input parameters to the functions:
paren-flash-wait
A numeric variable used to control the maximum length of time the cursor stays over a matching parenthesis. The value is specified in tenths of a second. The default value is 10 (1 second).
paren-flash-message
A boolean variable used to control the displaying of the error message when no matching bracket is found. If true, an error message is displayed; otherwise, the fact that the bracket is non-matching is ignored.
The GLOBDEL library provides the facility to nominate a set of lines by a search string, and then delete all the nominated lines. The library defines two functions:
(global-delete-lines)
Prompts for an ordinary search string, and deletes all lines containing that string.
(re-global-delete-lines)
Prompts for a regular expression search string, and deletes all lines containing the regular expression.
Both functions indicate the total number of lines deleted.
The GOTO library defines functions that move dot directly to a specified line, page, or percentage of the current buffer. The functions defined are:
(goto-line)
Moves dot to the beginning of the specified line. If a prefix argument is provided, use that as the line number to find. The first line in the buffer is line number 1.
(adjust-line-number)
Makes the current line line number 1 so that goto-line starts counting from the current line rather than the beginning of the file.
(goto-page)
Moves dot to the beginning of the specified page. If a prefix argument is provided, use that as the page number to find.
(goto-percent)
Moves dot to the percentage position of the file indicated. If a prefix argument is provided, use that as the percentage position to find. The beginning of the file is percentage position 0. The end of the file is percentage position 100.
The HTMLMODE library defines the HTML editing mode, HTML-mode.
HTML-mode provides syntax colouring for HTML code. HTML version 3.2 is fully supported, however not all of HTML 4.0 is syntax coloured.
ESC-c (HTML-view-buffer)
Save the HTML document and then view the HTML document using the default Web browser.
(HTML-mode)
Start HTML-mode for the current buffer.
When you execute the normal Emacs search commands, you are prompted for the search string in the Mini-buffer. You type in the entire search string, press Return, and Emacs searches for the specified string. The INCSEARCH library defines functions which implement a different style of searching called incremental searching.
Incremental searches begin searching before you have finished typing the search string. As you type in the search string, Emacs moves the cursor to where the string would be found. When you have typed enough characters to identify the place you want, you can stop. Depending on what you will do next, you may or may not need to terminate the search explicitly with an RETURN.
Incremental searching is enabled by loading the INCSEARCH package. This package replaces the existing search commands with the following commands:
^F (incremental-search)
Performs a forwards incremental search.
^R (reverse-incremental-search)
Performs a reverse incremental search.
inc-search-use-region 0
Set variable inc-search-use-region to 1 to prevent incremental search from using the hilighted text as the default search string.
The ^F command initiates a forwards incremental search. It reads in characters and positions the cursor at the first occurrence of the characters that you have typed. If you type ^F-F, the cursor moves right after the first F. Type an O, and the cursor moves to the first FO. After another O, the cursor is moved to the first occurrence of FOO. At the same time, the text FOO is echoed at the bottom of the screen.
If you type a incorrect character, you can rub it out. After the FOO, typing a Delete makes the last O disappear from the bottom of the screen, leaving only FO. The cursor moves back to the first occurrence of FO. If you delete the next O and the F, the cursor moves back to where you started the search.
When you are satisfied with the place you have reached, you can type a RETURN, which stops the search, leaving the cursor where the search brought it. Also, any command not meaningful in incremental searches stops the searching and is then executed. Thus, typing HOME would exit the search and then move to the beginning of the line. RETURN is necessary only if the next command you want to type is a printing character, Delete, RETURN, ^Q, or another search command, since those are the characters that have special meanings inside the search.
Sometimes you may search for FOO and find it, but not the one you expected to find. Type another ^F and the cursor will find the next FOO. This can be done any number of times. If you overshoot, you can rub out the unwanted ^F commands and the cursor will move back to the previous occurrences of the string.
If your string is not found at all, the message Failing I-Search is displayed in the Mini-buffer. The cursor is placed where Emacs found as much of your string as was possible. For example, if you search for FOOT, and there is no FOOT, you might see the cursor after the FOO (if the text FOO exists). At this point there are several things you can do. If your string was mis-typed, you can rub some of it out and correct it. If you like the place you have found, you can type a RETURN or some other Emacs command to accept what the search found.
The ^R command starts a reverse incremental search. This works in exactly the same way as the forward incremental search command, but in the opposite direction.
If you highlighted some text in the buffer and then start incremental search the text is used as the default string to search for.
For example hightlight FOO in the buffer, type ^F to start incremental search. Notice that the prompt is now "forward I-search [FOO]: " showing that FOO is the default string to search for. Type ^F again to find the next FOO.
While incremental search is active the default key bindings are:
| Binding | Function | Binding | Function |
|---|---|---|---|
| ^F | Search forward | ^R | search reverse |
| ^G | Abort search and go back to where we started | Return | Exits incremental search here |
| ^P | prompt you for a string to replace what the search has matched so far | ^Q | Quote next character, allows you to search for special characters. |
| ^V | Paste the clipboard contents into the search string. | ^L | enter a recursive edit level. Continue searching on exiting the recursive edit |
| F1 | Display incremental search help. | ^_ | Display incremental search help. |
The KILLER library provides the ability to keep a history of killed objects, and to define a killed object as any combination of successive kill commands. The killed objects are stored in a kill ring and can be retrieved at any time.
The KILLER text deletion functions replace the normal Emacs text deletion commands with versions that delete text and store it in the appropiate place in the kill ring. The kill ring functions and default key bindings are:
ESC-. (kr-set-mark)
Sets the mark with reverse-video highlighting enabled.
^X-. (kr-toggle-highlight)
Toggles the highlight setting.
ESC-d (kr-kill-forward-word)
Deletes the next word and inserts it into the kill ring.
ESC-Delete (kr-kill-bacward-word)
Deletes the previous word and inserts it in the kill ring.
^W (kr-kill-region)
Deletes the region and inserts it into the kill ring.
^K (kr-kill-forward-line)
Deletes the current line from dot to the end-of-line and inserts the deleted text into the kill ring.
ESC-k (kr-kill-backward-line)
Deletes the current line from dot to the beginning of the line and inserts the deleted text into the kill ring.
^Y (kr-yank)
Yanks the text from the current buffer in the kill ring, placing the yanked text into the current buffer at dot and leaving the region around the yanked text.
ESC-y (kr-more-yank)
If the text yanked by ^Y. is not the text you want, use ESC-y to yank text from other buffers in the kill ring. Successive ESC-ys will yank text from successive buffers in the kill ring. ESC-y only works after ^Y.
You can change these bindings by making a copy of the KILLER.KEY file, modifying it with your own bindings, and saving the modified file in your EMACS_PATH. kr-max-buf
The default size of the kill ring is 10 buffers. The size of the kill ring is controlled by the kr-max-buf variable which is defined in KILLER.KEY. If you want to change the size of the kill ring, make a private copy of the KILLER.KEY file as described above and change the setting of the kr-max-buf variable.
The LATEXMODE library implements the LaTeX Mode major mode which can be used to help write documents with the LaTeX document preparation system.
LaTeX Mode works in the same way as the standard Emacs language modes C Mode and Bliss Mode by providing expansion of templates for LaTeXreserved words. LaTeX Mode also defines comment handling and parenthesis balancing.
See the Barry's Emacs Programmer's Guide for details of how to use the Emacs language modes.
The MAKEBOX library can be used to draw rectangular boxes around text. It relies on functions defined in the RECTANGULAR library, so you must first load the RECTANGULAR library before loading MAKEBOX. See RECTANGULAR, Rectangular Cut and Paste for a description of the RECTANGULAR library.
The library defines the make-box function. To draw a box around text with make-box:
· Select one corner of the box using rectangular-select (which is bound to GOLD-Select by default).
· Move to the diagonally opposite corner of the box.
· Execute the make-box function.
By default, make-box will use the +, -- and | characters to draw boxes. You can override these default values by setting the following variables:
makebox-h-symbol
Contains the character that make-box uses to draw horizontal lines.
makebox-v-symbol
Contains the character that make-box uses to draw vertical lines.
makebox-corners
Contains the character that make-box uses to draw corners.
The following example shows how to define your own drawing variables. Note that the MAKEBOX library must be loaded before setting the values of the drawing variables.
(execute-mlisp-file "makebox")
(setq makebox-h-symbol "=")
(setq makebox-v-symbol "!")
(setq makebox-corners "#")
The following convenience functions are defined to set the drawing variables:
makebox-use-lines
Sets the make-box drawing variables to the default line-drawing set.
makebox-use-stars
Sets all the make-box drawing variables to *.
The MINIBUF library provides a better interface for the execution simple MLisp programs than the execute-mlisp-line function. When loaded, MINIBUF rebinds ESC-ESC so that instead of collecting its arguments in the Mini-buffer at the bottom of the screen, it pops up a small buffer called minibuffer to collect the MLisp code. Lisp Mode is in effect in this buffer so that MLisp name expansion can be used.
When you are satisfied that the MLisp in the minibuffer is correct, you can execute it with the command ESC-ESC. Subsequent uses of ESC-ESC will re-display the minibuffer containing the last program executed; you can re-execute the same code with ESC-ESC, or you can edit the code first before executing it with ESC-ESC.
The MINIBUF-RECALL library provides the ability to recall and edit commands in the Mini-buffer. The library remembers the last 60 commands executed. The following keys can be used to edit and recall commands when MINIBUF-RECALL has been loaded:
Recalls the previous command in the command history.
Recalls the next command in the command history.
Moves the cursor one character left in the Mini-buffer.
Moves the cursor one character right in the Mini-buffer.
Pop up a buffer that allows you to select a line to recall from a list
Pops up a Help window and lists the available options.
Executes a command with completion.
Aborts the Mini-buffer command.
The MOUSE library defines functions that support the use of a mouse with Barry's Emacs.
You can use the MOUSE library to:
· Select windows
· Position the cursor
· Cut and paste regions of text
· Change window sizes
· Scroll a window up or down
· Scroll a window left or right
· Execute the keyboard macro at a specific position
In addition, you can customise the MOUSE library to perform specialised mouse actions for buffers, and you can build mouse support into your own MLisp code.
To use the MOUSE library functions, add the following MLisp code to your EMACSINIT.ML:
(load "mouse")
(mouse-mode) mouse-on
With the MOUSE library loaded, you can turn on mouse support with the mouse-on function. mouse-on takes one argument which is a number describing the required mouse cursor. A value of 0 (the default) specifies the default mouse cursor. A value of 1 specifies a cross-hair cursor (the cross-hair cursor is supported only on VWS workstations).
When Emacs mouse handling is enabled, you do not have access to the workstation cut and paste features. To use workstation cut and paste with Emacs, you must disable Emacs mouse handling using the mouse-off function. When you want to use Emacs mouse handling again, re-execute the mouse-on function.
The easiest way to have mouse support enabled whenever you enter Emacs is to execute mouse-on from the enter-emacs-hook and return-to-emacs-hook functions. You should always disable Emacs mouse support when you leave Emacs and return to DCL. The easiest way to do this is to execute mouse-off from the leave-emacs-hook and exit-emacs-hook functions. The example shows how you can define the hook functions in your EMACSINIT.ML to enable and disable mouse support:
; ; Set up Emacs hook functions to enable/disable ; mouse support. ; (defun (my-return-to-emacs-actions (mouse-on 0) ; Turn on Emacs mouse support ; ; Other code to be executed on returning ; to Emacs ; ) ) ; defun - my-return-to-emacs-actions (defun (my-leave-emacs-actions (mouse-off) ; Turn off Emacs mouse support ; ; Other code to be executed on leaving Emacs ; ) ) ; defun - my-leave-emacs-actions (setq enter-emacs-hook "my-enter-emacs-actions") (setq return-to-emacs-hook "my-enter-emacs-actions") (setq exit-emacs-hook "my-leave-emacs-actions") (setq leave-emacs-hook "my-leave-emacs-actions")
The MLisp code in the example shows how to toggle the Emacs mouse on and off simply by pressing the F14 key. This provides easy access to the workstation cut and paste facilities from within Emacs.
(declare-global ~togglemouse) (setq ~togglemouse 0) (defun (togglemouse (setq ~togglemouse (if ~togglemouse (progn ; ; Mouse was off, turn it on ; (mouse-on 0) (message "Emacs mouse enabled") (! ~togglemouse) ) ; else (progn ; ; Mouse was on, turn it off ; (mouse-off) (message "Emacs mouse disabled") (! ~togglemouse) ) ) ) ) ; if ) ; defun - togglemouse (bind-to-key "togglemouse" "\[f2]")
The following list describes how to use the various features provided by the Emacs mouse support. In the descriptions of each feature, MB1refers to mouse button 1, MB2 refers to mouse button 2, and MB3 refers to mouse button 3.
Move the pointer to the position you wish to locate the cursor and click MB1. In overstrike mode, spaces (but not newlines) are inserted when needed to reach the selected position. In insert mode, no spaces are inserted, the cursor is placed at the end of the selected line.
Move the pointer to the mode line of the window you wish to select, and click MB1.
Grab part of the text by pointing to it with the pointer and pressing MB1. Move the mouse up or down to the position you would like the grabbed line to appear, then release MB1. The text is scrolled by a corresponding distance.
Grab part of the mode line with MB1 and move the mouse left or right. Release with the pointer still on the mode line. The window will be panned to the left or right a corresponding distance.
To make a window taller, shorter, narrower, or wider, grab the window's mode line, a vertical window border, or their intersection point, with MB1. Move the pointer to the new location of the mode line or border, and release MB1. Windows are deleted, if needed, to make room for the new window size.
A double-click of MB1 positions the cursor at the selected location, and then executes the current keyboard macro at that location.
A click of MB2 copies the text from the current location of dot to the selected position into the Kill buffer. The cursor position remains as selected with the mouse. Moving the mouse between the press and release of MB2 will perform the same scroll/pan/resize functions as with MB1.
A double-click of MB2 kills the text from the current location of dot to the selected position into the Kill buffer.
A double-click of MB3 yanks the Kill buffer into the selected position. If you click on the mode line, the yank is performed at the current location of dot in the selected window. A single click of MB3 performs the same functions as MB1. Moving the mouse between the press and release of MB3 performs the same scroll/pan/resize functions as MB1.
NOTE: The following features work only with the VWS terminal emulator, not with the DECwindows DECterm emulator.
The keystroke ^X-c copies the current select region into the terminal-wide cross-session paste buffer. The sequence ^X-MB2 copies the text from the current location of dot to the position selected into the cross-session paste buffer.
yank from local paste buffer
The keystroke ^X-^C yanks the current contents of the terminal-wide cross-session paste buffer into the current buffer. The sequence ^X-MB3 pastes the paste buffer into the selected position.
By default, MOUSE uses the standard Kill buffer handling routines for performing cut and paste operations. If you are using a modified version of cut and paste, or some kind of kill ring library, you can communicate this to the mouse library by setting the favorite-... series of global variables defined by the MOUSE library. These are:
A string variable containing the name of the function the MOUSE library should use to set the mark. This is set-mark by default.
 This is delete-to-killbuffer by default.
A string variable containing the name of the function the MOUSE library should use to copy the region to the Kill buffer. This is copy-to-killbuffer by default (a function defined by the MOUSE library).
A string variable containing the name of the function the MOUSE library should use to yank the contents of the Kill buffer into the current buffer. This is yank-from-killbuffer by default. KILLER, With the MOUSE library
The example shows how to set these variables so that the KILLER cut and paste routines can be used with the MOUSE library. KILLER is described in KILLER, A Kill Ring System.
; ; Use the KILLER cut and paste functions ; with the MOUSE library. ; (setq favorite-set-mark "kr-set-mark") (setq favorite-copy-region "kr-copy-region") (setq favorite-kill-region "kr-kill-region") (setq favorite-yank "kr-yank")
When you use the mouse to scroll or pan windows, the default behaviour is for the scroll or pan to occur when the mouse button is released. If you set the variable mouse-continuous to 1, the scroll and pan functions will continuously update the display to reflect the position of the mouse pointer. Add the following MLisp line to your EMACSINIT.ML to use continuous scrolling:
(setq mouse-continuous 1)
Note that you need a fast communications line or a fast Xwindows environment to use continuous scrolling.
To write MLisp code with a mouse interface, you must write a mouse action function in MLisp, then bind the function to a mouse button sequence. Pressing that mouse button sequence will then invoke the mouse action function.
The general scheme for a mouse action function is as follows:
See the template mouse action function that illustrates how to program both for single and double mouse clicks. When written in this way, your local mouse action functions retain the pan and scroll features of the default mouse actions.
(defun (my-local-mouse-action mousex mousey mouseevent mouse-second-click ; ; Fetch the mouse parameters and position the cursor. ; (mouse-parameters) (mouse-reposition mousex mousey mouseevent) ; ; At this point, the cursor has been positioned at a ; location specified by the mouse cursor. ; (if mouse-second-click _ ; Check for double-click (progn ; ; If action is desired only on the second click, ; place it here. ; Note that the action of the double click must be a ; logical superset of the action of the single click ; (the single click code is always executed if it ; exists). ; ) (progn ; else ; ; If action is desired on the first click, place it ; here, otherwise leave out the else clause. ; ) ) ; if ) ) ; defun - my-local-mouse-action (local-bind-to-key "my-local-mouse-action" "mouse-1-down)")
You can bind your own local mouse action functions to any of the mouse button escapes listed in the table.
| mouse-1-down | mouse-1-up |
| mouse-2-down | mouse-2-up |
| mouse-3-down | mouse-3-up |
Note that it is possible to include Escape or function key prefixes in mouse button bindings. For example, the following bindings are all legal:
(local-bind-to-key "my-local-mouse-action" "\[mouse-1-down])") (local-bind-to-key "my-local-mouse-action" "\^c\[mouse-1-down])")
The example contains a complete mouse programming example. The example is intended for use with the Emacs Notes package, and binds several useful actions to MB3. For example, clicking MB3 on a conference name in a conference directory will open the conference, and clicking MB3 on a note in a note directory will read the selected note.
; ; Mouse bindings for the Notes package. ; ; When pressing MB3, do the most appropriate thing ; depending on which buffer is selected. ; (defun (my-notes-action mousex mousey mouseevent mouse-second-click ; ; Get the mouse parameters and position the cursor at the ; selected position. ; (mouse-parameters) (mouse-reposition mousex mousey mouseevent) ; ; Depending on which buffer was selected with the mouse, ; perform the most appropriate action. ; (if (= current-buffer-name notes-notebook-entry-directory) (notes-c-open) (= current-buffer-name notes-notebook-class-directory) (notes-c-set-class) (= current-buffer-name notes-notefile-directory) (notes-c-read-note) (= current-buffer-name notes-notefile-header) (notes-c-close) (= current-buffer-name notes-notebook-header) (notes-c-exit) (notes-c-enter-key) ) ) ) (local-bind-to-key "my-notes-action" "mouse-3-up)") (local-bind-to-key "novalue" "mouse-3-down)")
The MOUSE-RECTANGULAR library provides a workstation mouse interface to the rectangular cut and paste routines defined in the RECTANGULAR library. You must load the RECTANGULAR library before loading the MOUSE-RECTANGULAR library. The RECTANGULAR library is described in RECTANGULAR, Rectangular Cut and Paste.
The MOUSE-RECTANGULAR mouse button bindings are:
Rectangular copy between text cursor and mouse pointer position.
Rectangular cut between text cursor and mouse pointer position.
Rectangular paste at mouse pointer location.
If Replace Mode is active, the Replace Mode versions of the rectangular cut and paste routines are used.
The NEWCOMPIL library provides a more convenient program compilation interface than the compile-it and next-errorfunctions built in to Emacs. After loading the NEWCOMPIL library, compile-it and next-error are modified so that while compilation is in progress, other work in Emacs can continue. The standard functions do not provide this capability. kill-compilation
An extra command is provided to cater for this extra flexibility: ^X-^K (kill-compilation), which aborts the currently active compilation.
The NUMBER library defines functions to convert a number into hexadecimal, octal and decimal notation and display the result in the Mini-buffer.
The interface to the base conversion functions is the numberfunction. When executed, number prompts for a number to convert. The number can be one of the following forms:
| dddddd | Decimal |
| 0ooooooo | Octal |
| 0xhhhhh | Hexadecimal |
The number function then returns the specified value in hexadecimal, octal and decimal formats in the Mini-buffer. For example, if the value 55 is entered, number returns:
Converted 55 to: 0x37 067 55
An editing mode for Python code. Python mode provide syntax colouring for Python code.
Python is a well designed, object oriented, simple to learn, scripting language. Python is available for Windows, Unix and Mac systems. The home of Python is www.python.org
(Python-mode)
Start Python mode on the current buffer
The RECTANGULAR library provides the ability to cut and paste rectangular areas of text bounded by any two opposite corners. The corners can be in the same row or column. RECTANGULAR handles Tab characters correctly and fixes problems in the AREA package. RECTANGULAR functions correctly in insert or replace mode.
To handle all possible options, there are two modes for cut and two modes for paste which are controlled by the following variables:
replace-with-white-space
Controls the action of the rectangular cut function. When this variable is set to 1, deleted text is replaced with white-space. When the variable is set to 0, text is deleted and is not replaced with white-space.
overstrike-mode
Controls the action of the rectangular paste function. When this variable is set to 1, text is pasted in overstrike (replace) mode. When the variable is set to 0, text is pasted in insert mode.
The rectangular cut and paste key bindings and commands are:
GOLD-Select (rectangular-select)
Selects one corner of the area to be cut.
Remove (rectangular-cut)
Cuts the selected area from the buffer with replace-with-white-space set to 0.
GOLD-Remove (rectangular-cut)
Cuts the selected area from the buffer with replace-with-white-space set to 1.
Insert Here (rectangular-paste)
Pastes the previously-cut text into the buffer at dot in insert mode (overstrike-mode set to 0).
GOLD-Insert Here (rectangular-paste)
Pastes the previously-cut text into the buffer at dot in replace mode (overstrike-mode set to 1).
The following convenience functions are also defined:
rect-cut-space
Performs a rectangular cut with replace-with-white-space set to 1.
rect-cut
Performs a rectangular cut with replace-with-white-space set to 0.
rect-paste
Performs a rectangular paste with overstrike-mode set to 0.
rect-paste-overstrike
Performs a rectangular paste with overstrike-mode set to 1.
To cut a rectangular area from the buffer, move the cursor to one corner of the area to be cut and press GOLD-Select. Then move to the opposite corner and press either Remove or GOLD-Remove. Tabs replaced by spaces in the cut area.
When you cut a rectangular area where one of the corners is a space character, the highlighted space may remain highlighted after the cut operation is completed. To remove the highlighting, type ^L(redraw-display) and Emacs will redraw the display with the highlighting removed.
To paste a previously cut area back into the buffer, move the cursor to the desired location and type either Insert Here or GOLD-Insert Here. White-space at the ends of lines affected by the rectangular paste will first be removed.
Here are some examples:
Remove --- removes the area and the text moves to to fill the hole:
aaaaaaaaabb aaaaaaaaabb
aaaaaaaaabb -------> aabb
aaaaaaaaabb aabb
aaaaaaaaabb aaaaaaaaabb
GOLD-Remove --- removes the area and leaves a hole:
aaaaaaaaabb aaaaaaaaabb
aaaaaaaaabb ------> aa bb
aaaaaaaaabb aa bb
aaaaaaaaabb aaaaaaaaabb
Insert Here --- inserts the area into the text in insert mode:
oooo aa$$$*** aaoooo$$$***
oooo aa$$$*** aaoooo$$$***
oooo + aa$$$*** -------> aaoooo$$$***
oooo oooo
oooo oooo
Text to Original
be inserted text
GOLD-Insert --- inserts the area in the text in replace mode:
oooo aa$$$*** aaoooo**
oooo aa$$$*** aaoooo**
oooo + aa$$$*** -------> aaoooo**
oooo oooo
oooo oooo
Text to Original
be inserted text
The TAGS library defines functions which remember the locations of function definitions in a file, and enable you to go directly to the definition of any function without having to search the whole file.
The TAGS package can be used to tag a set of files used to build a program as well as an individual file.
Any text file or set of files may be tagged, not just computer programs. All that is required is that some entity be used to initially create the tags.
The functions provided by the TAGS library are summarised here and are described in detail in the following sections.
(make-tag-table)
Makes a tag table for a specified set of files.
(set-tag-language)
Sets the tag language to a user-specified language. This is used when files being tagged are not known to the TAGS library.
(recompute-all-tags)
Updates all the tags in the tag table.
(visit-tag-table)
Tells Emacs which tag table file to use.
^X-^L (goto-tag)
Moves dot to the specified tag, visiting the appropriate file if necessary.
^X-^A (add-tag)
Adds a new tag to the current tag table.
(list-tags)
Lists all tags in the current tag table.
(tag-replace-string)
Replace a string in all files in the current tag table.
(tag-query-replace-string)
Perform a query-replace operation on all files in the tag table.
(tag-execute-mlisp)
Execute an MLisp expression over all files in the tag table.
How to Make a Tag Table for a Program
To use the TAGS package, you must create a tag table from the source file or files in your program. Normally, the tag table does not reside in any of these files, but in a separate tag table file which contains the names of the text files which it describes. Tag table files are generated using the ESC-x make-tag-table command. make-tag-table asks you to specify the names of the files you wish to tag (which may contain wildcards), then proceeds to read all the files matching that file specification into Emacs. It then uses a set of built-in rules to tag the lines according to the source language. TAGS selects the language based on the file's extension. TAGS has built-in rules for building tag tables for the following languages:
· MLisp
· C, C++
· Python
· BLISS, BLISS-16, BLISS-32
· RUNOFF
· MACRO-32
· FORTRAN. set-tag-language
If the language you wish to tag does not have built-in rules, you will have to teach TAGS how to recognise the lines to be tagged by using the ESC-x set-tag-language command. This command asks for a file type for the language and a regular expression search string to use to select lines to be tagged. Only one extra language can be specified; multiple calls of set-tag-language overwrite previous language specifications. recompute-all-tags
Once a tag table file exists, you must update it if you add new tags to the source files, or change the files extensively. You can do this by using the command ESC-x recompute-all-tags. TAGS finds the names and languages of the source files by reading the old tag table.
Before you can use the TAGS package, you have to load the library using the ESC-x execute-mlisp-file command. visit-tag-table
Before you can access a particular tag, you have to tell TAGS the name of the tag table file you want to use. This is done with the command ESC-x visit-tag-table. TAGS can only know about one tag table file at a time; executing a second ESC-x visit-tag-table command will overwrite any existing tag table (including any changes you may have made to it).
If no tag table has been specified and you attempt to find a tag, Emacs will read in the default tag table called SYS$DISK:[]TAGS.TAG.
visit-tag-table is essentially equivalent to selecting the buffer *TAGS* (which is where the tags live) and visiting the tag table file in that buffer, then returning to the previously selected buffer. After execution of visit-tag-table, ESC-x list-buffers will show the buffer *TAGS* visiting the tag table file.
Jumping to a Tag
To jump to the definition of a tagged item, use the command ^X-^L (goto-tag). You will go straight to the definition of the tag you want. If the definition is in a different file, TAGS will visit that file and locate the tag. If it is in the same file, TAGS moves dot to the appropriate place.
You do not need to type the complete name of the tag to be found; any substring will do. If you use this feature, you may not always find the tag you expected; when this happens, ^U-^X-^L will find the next definition matching the tag substring. For example, if you want to find the definition of X-SET-TYPE-1 and you specify just TYPE-1, you might find X-READ-TYPE-1 instead. You could then type ^U-^X-^L until you reach X-SET-TYPE-1.
When you define a new function, its location does not go in the tag table automatically. This is because Emacs cannot tell that you have defined a function unless you tell it by invoking the command ^X-^A (add-tag).
When you type the command ^X-^A, dot should be on the line that introduces the function definition. Thus, in a Lisp program, you might type (defun (foo) and then type ^X-^A to define a tag for the foo function.
add-tag modifies only the copy of the tag table loaded into Emacs. To modify the tag table file itself, you must save the tag table to disk. ^X-^M (write-modified-files) is the easiest way to do this.
Although local modifications to a file do not degrade the efficiency of the TAGS package or require that the tag table be rebuilt, moving a function a great distance makes finding that function much slower. In this case, you can add the function to the tag table with ^X-^A to give the table its new location. Alternatively, you can run recompute-all-tags to update everything, as is usually done.
The command ESC-x visit-function can be used to temporarily view a function in another window. Type the function's name in the buffer, then execute visit-function. The function's name is extracted from the buffer and used as a tag to find. Before the tag is located, TAGS enters a recursive edit, so that when you have finished viewing the function, your original windows and buffers are re-displayed.
The function list-tags can be used to list the files and functions that have been tagged for any tag table. Just load the tag table and call the function. When you use make-tag-table, the list-tags function is automatically called so that you can see exactly what TAGS has tagged.
Two functions can be used to change all occurrences of a string in a set of files that have been tagged: tag-replace-string and tag-query-replace-string. Both of these functions require a regular expression search string and a replacement string as arguments, and apply the appropriate replace commands to all of the files tagged in the tag table.
A more flexible approach to multiple file editing is provided by the function tag-execute-mlisp. This function requires a regular expression search string which is used to find lines in all the files specified in the tag table. For all of the lines that match the pattern, the function sets dot to the found line, and executes a specified MLisp expression at that location.
The following list describes what defines an item to be tagged using the built-in tagging rules for the supported languages. Any of these definitions may be overriden using the set-tag-language command.
| C | matches file type .c, .cpp and .cxx and tags lines that start a C or C++ routine or #define symbol. C++, ANSI C and K&R C are correctly tagged. |
| MLisp | matches file type .ml and tags lines that start with (defun where all white space is optional. |
| Python | matches file type .py and .pyw and tags lines that start with def or class. |
| BLISS | matches file type .BLI and tags all lines that start with optional white space and contain either ROUTINE or GLOBAL ROUTINE. |
| BLISS-16 | matches file type .B16 and tags lines as BLISS does. |
| BLISS-32 | matches file type .B32 and tags lines as BLISS does. |
| RUNOFF | matches file type .RNO and tags lines that start with .CH, .HL or .AX. |
| FORTRAN | matches file type .FOR and tags lines containing SUBROUTINE or FUNCTION. |
A tag table file is a sequence of entries, one per file. Each entry looks like:
^-filename ^Adata line^Bchar pos
where:
filename is the file name and file type of the file for which the following lines are tag information.
data line contains the tag's line
char pos is the position of the start of the tagged line.
If you are changing a source file's name, you should simply change the name where it is presently described in the tag table.
To add a new source file, simply insert a dummy entry containing the filename and update the tag table. The dummy will then be turned into a real entry.
You can delete a source file from a tag table by deleting its entire entry. Since the counts of the remaining entries are still valid, you need not run recompute-all-tags over the file again. You can also change the order of the entries without doing any harm. The order of the entries matters if there are tags which appear in more than one source file.
The TABS library defines functions that insert and delete Tab characters in an intelligent way. The functions use the buffer-specific variable logical-tab-size to compute how much whitespace to insert or delete. The two functions defined are:
(tab-key)
Inserts enough tabs and spaces to move to the next tab stop as indicated by logical-tab-size.
(tab-delete)
Deletes enough tabs and spaces to move back to the previous tab stop as indicated by logical-tab-size.
The TIME library defines the time function. When executed, the time function puts a running digital time display of the form HH:MM:SS in the mode line of the current window.
When you move the cursor to a new window or visit a new file, the time display is added to the new mode line and is made active.
The time display is only active in the current window's mode line. If the time display is enabled in any other window, the time shown is the time that the cursor was moved out of that window.
The WHEREIS library defines the where-is function, which prompts for a function name and displays in the Mini-buffer the key binding (if any) to which the function is bound.
where-is cannot be called from an MLisp program.
The WHITE-SPACE-MINI-MODE library adds the ability to highlight white spaces problems.
This library should be loaded before other language modes.
Which problems are checked for is controlled by the following variables:
Typically add the following to emacsinit.ml:
(load "white-space-mini-mode") (setq check-for-white-space-problems 1) (setq check-for-use-of-tabs-problems 1)
The WRITEREG library defines the single function write-region-to-file which prompts for a file name and writes the region to the specified file.


Our PHP script Schedule Organizer allows a customer, patient or client to schedule an appointment via the company's, doctor's or consultant's homepage. PHP script simplifies and automates appointment administration - the employees responsible save time as there are fewer telephone calls, faxes and letters to answer.
Thank you for your interest in our Tell A Friend Script. We recommend to read this documentation carefully.
Tell-A-Friend-Script will allow you to let visitors of your website send a recommendation per e-mail.
It lets you send e-mail as text, or as HTML and it has multiple layers of security that reduce the possibility of unauthorized use. The script also features to log the sent messages. The layout of form and e-mail can be customized as you wish.
Please pay attention that you upload all files to your server in text mode (ASCII mode).
It is important that the script will be called from a form or from a link on your website. That is for security reasons. The script checks the referring site and compares it with the information from the script configuration. In case it fits the script will be executed.
You can use the script in a direct (the link) and indirect way (the form). The direct way is to link to the file ‘index.php’ directly and use the default templates (HTML and mail).
The indirect way uses already existing forms within a HTML page. With this method you are able to process several forms with the same script. HTML, mail templates, and all the further parameters are defined through hidden form fields within the HTML form.
The HTML template of the script has been generated by the specifications of XHTML 1.0. HTML tags like
 or <input> contain an ending slash (
 or <input type=“text“ name=“field“ />).
Attention: If you get the following error message during script execution – “Wrong or empty referrer (referring site)!“ - you have to insert into the variable “$referring_server” in the file “index.php” your server name (your domain with and without www and the IP address.
Example:
$referring_server = 'www.example.com, example.com, <IP_ADDRESS>';
In case you have added your server name to the variable and are still seeing this error message please make sure, that you opened the script by clicking on a link at your website (Tell A Friend).
More variables in the 'index.php':
| $script_root | This variable contains the following value by default: "./". This means that all pathes start at the script index. You can change the path if you want to integrate this script elsewhere on your web site (include).
|
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| $allow_empty_referer | Some tools on the user's side do hide the referrer (referring site) for privacy reasons. That can be a firewall or a web browser. You can prohibit the access with an empty referrer by setting this variable to "no" or allow access by setting this variable "yes".
|
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| $language | Enter here the abbreviation of the language (i.e.: en or de). The language files are stored in the folder ‘languages’.
|
The following features have been designed to prevent the abuse of the script by a third party (spammer). You can connect the number of e-mails to the e-mail-address of the sender, e-mail-address of the recipient or to the IP address of the user.
| $ip_banlist | This variable can contain IP addresses of servers that you do not want to access the Script. If you do not want to use this feature, just leave the variable empty.
|
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| $sender_count | You can determine how often within a certain time range the sender is allowed the send recommendations with the same e-mail address. Enter the number of e-mails that a sender can send with the same e-mail address (0 turns the function off).
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| $sender_duration | Definition of the time range in hours (1, 2, 5, 10, 20, 300). After that time range the user can use the e-mail address again.
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| $recipient_count | Like above you can determine how often within a certain time range a page can recommended to the same e-mail address. Enter the number of e-mails with the same recipient e-mail address (0 turns that function off).
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| $recipient_duration | Definition of the time range in hours (1, 2, 5, 10, 20, 300). After that time range the user can send recommendations to that e-mail address again.
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| $ip_address_count | The third option is to connect the number of e-mails to the IP address of the user. Like the two options above you can determine the number of e-mails and the time range. Enter here the maximum number of e-mails which a user can send through the form. Once the user has reached this number he can send more e-mails after the next dial in to the internet. The number 0 (null, zero) turns this function off.
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| $ip_address_duration | Definition of the time range in hours (1, 2, 5, 10, 20, 300). After that time range or after the next dial-in to the internet the user can send e-mails again.
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| When you turn one of those features on, the logging function will be turn on too. Please make sure that the directory ‘log’ and the log file itself (‘log/logfile.txt’) have writable permissions (chmod 777).
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| $show_limit_errors | Once the user has reached the maximum number of e-mails you can show him an error message.
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| $log_messages | With this variable you can set the logging function on or off. If you want to use this feature please make sure that the directory ‘log’ and the log file itself (‘log/logfile.txt’) have writable permissions (chmod 777).
|
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| $text_wrap | This variable contains the number of characters after that a line break will be added automatically. In case no value is defined, no line break will be added.
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| $show_error_messages | The default value of this variable is ‘yes’ so during the configuration process you will get error messages and hints that help you to install the script. Once the script configuration has been finished you can set off these system messages because it is not necessary to give extern visitors a view in the system.
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| $path['logfile'] | This variable contains the path to the log file.
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| $path['templates'] | This variable contains the path to the template files (HTML and mail). The path can be relative (./templates/ or templates/) and absolute (i.e.: /usr/local/etc/httpd/.../tell_a_friend/templates/). Please pay attention to the ending slash.
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| $file['default_html'] | This variable contains the file name of the HTML template. This template will then be used automatically.
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| $file['default_mail'] | If you want to use the script in the direct way this variable must contain the file name of the mail template. This template will then be used automatically.
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| $add_text | You can add further values, text, variables or other content to this variable. Those content can be displayed in the HTML templates by using markers/placeholders within curly brackets { and }.
|
If you want to add your own values to the variable $add_text please follow the pattern from the example entries.
$add_text = array( 'txt_additional' => 'Additional', 'txt_more' => 'More' );
The first path of each entry is the name of the placeholder. In case you want to use the value of txt_addition in your template enter the name of the entry with curly brackets - {txt_addition}. The name must not contain white spaces or special characters. Only allowed is the _ .
The directory 'templates' contains the files for the layout. You can use HTML and CSS to customize the layout as you wish.
In case you are using a WYSIWYG editor like Dreamweaver, Frontpage or NetObjects please make sure that the software does not make any changes by itself.
The subfolder 'examples' contains further HTML forms. You can use them as example for you own forms. With the template 'alternative_form.tpl.html' you can let the visitor choose, if he wants to recommend the page he just have visited or if he wants to recommend the homepage. And the template 'advanced_form.tpl.html' contains examples how to integrate checkboxes, radio buttons and select menus in your form.
The template files contain markers with { and } like: {txt_next_page}. These markers will be replaced by its counterparts from the language file 'languages/language.en.inc.php'. You are free to edit that file and change the words and phrases. You are also free to replace the markers within the template files by real words or put those markers to other positions within the template file. And you are also able to enhance the language file by using the given pattern.
Following placeholders are not included in the language file and should not be changed.
{check_referer} {check_server} {message} {redirect} {referer} {server} {link} {fields}
The script allows you to include files directly into the HTML template files. It makes no difference whether you want to include PHP, HTML or other text files. For example:
Example:
<INCLUDE FILENAME="header.php">
The script automatically replaces this line with the content of the file "header.php". Please pay attention that relative paths (../ etc.) start at the main directory of the script (same level as the index.php file).
If you use absolute paths (path starts with slash), the path starts at the www root folder of your web account by default.
Example:
/logs/ /images/ /layout/ /layout/header.php /form_mail/ /form_mail/templates/ /form_mail/templates/form.tpl.html /form_mail/index.php
Let us suppose you want to include the file "header.php" into the file "form.tpl.html". If you use a relative path, you need to start at the same level as the file "index.php" is:
<INCLUDE FILENAME="../layout/header.php">
If you want to use an absolute path, you need to write your path starting at the www root folder:
<INCLUDE FILENAME="/layout/header.php">
You can find example files in the folder "templates/examples_includes/".
Form Fields
Please pay attention that your form field names may not start with "multiple_", unless you want to send recommendation e-mails to multiple recipients.
For every form field name in the template exists automatically a placeholder with the same name that can be used within the HTML template and the mail template as well.
The script uses three pre-defined form fields. The following field can also appear as a radio button:
<input type="hidden" name="link" value="{redirect}" />
The other two fields:
<input type="text" name="sender_email" value="{sender_email}" /> <input type="text" name="friend_email" value="{friend_email}" />
You can add more fields to the form but do not change the three mentioned above. Please make sure that those additional field names and placeholder names do not contain white spaces or special characters.
The script allows you to send a recommendation e-mail to an arbitrary number of recipients. The simplest way would be to add the desired number of form fields - one for each recipient e-mail - to your form.
You can select any field name (only alphanumeric and underscore), but every field name must start with the word "multiple_" (note the underscore) and end with a consecutively number "_1" (note the underscore).
In the folder "templates/examples/" you can find an example form and mail template. The HTML template file "multiple_recipientes_form.tpl.html" has been prepared for sending the recommendation e-mail to multiple recipients. The folder also contains the e-mail template file "multiple_recipients_mail.tpl.txt".
Let us suppose you want to let your visitors send e-mails to up to four recipients. If we choose, for example, the name "recipient_email" as field name, our multiple field names would be following:
multiple_recipient_email_1 multiple_recipient_email_2 multiple_recipient_email_3 multiple_recipient_email_4
The complete form fields would look like this:
<input type="text" name="multiple_recipient_email_1" value="{multiple_recipient_email_1}" /> <input type="text" name="multiple_recipient_email_2" value="{multiple_recipient_email_2}" /> <input type="text" name="multiple_recipient_email_3" value="{multiple_recipient_email_3}" /> <input type="text" name="multiple_recipient_email_4" value="{multiple_recipient_email_4}" />
The field names - surrounded by curly brackets - are automatically the template variables for the field values (value="...").
The script allows you to assign an arbitrary number of additional form fields to every recipient. Every field that starts with "multiple_" will automatically assigned to the corresponding recipient, based on the trailing number.
<input type="text" name="multiple_first_name_4" value="{multiple_ first_name_4}" /> <input type="text" name="multiple_last_name_4" value="{multiple_last_name_4}" /> <input type="text" name="multiple_recipient_email_4" value="{multiple_ recipient _email_4}" />
The script uses the same e-mail template file for every recipient. The template variables (those in curly brackets) have the same name as their corresponding fields in the form template. But you need to replace the trailing numbers with a question mark. The script recognizes those variables and replaces them with correct values. For example:
To: "{multiple_first_name_?} {multiple_last_name_?}" <{multiple_email_?}>
The script uses the same mail template file for all recipients. All non-multiple field values appear in every e-mail.
Every form field can be marked as mandatory field. The form will not be submitted until the form has been filled in. Enter all mandatory field names in following hidden form field in the template:
<input type="hidden" name="required_fields" value="" />
Example:
<input type="hidden" name="required_fields" value="lastname, sender_email, friend_email" />
You can add more fields but you should not remove one of the three above.
Like the mandatory fields you can define fields that you want to be checked for a correct e-mail syntax.
<input type="hidden" name="email_fields" value="" />
Example:
<input type="hidden" name="email_fields" value="sender_email" />
If a required field has not been filled out by a visitor an error message will be displayed above the form fields by default.
The script allows you to display error messages right beside, above or below a form field. Moreover, the script allows you to alter the appearance of the form label. Following screenshot shows an example:
Following three variables are available:
{required:fieldname=Error message} {syntax: fieldname=Error message } {error:fieldname=Default text||=Error message}
Let us suppose you have a field "last_name" and you define it as required field. You can use following variable for the error message:
{required:last_name=Please enter your last name.}
In case the visitor has not filled out the field, the variable will be replaced with the error message:
Please enter your last name.
You could format the error text using CSS:
{required:last_name=Please enter your last name.}
The error text now appears in bold font and in red color:
Please enter your last name.
Let us suppose you have a field "email" and you define it as e-mail syntax field. You can use following variable for the error message:
{required:email=Please enter a valid e-mail address.}
In case the visitor has not filled out the field correctly, the variable will be replaced with the error message:
Please enter a valid e-mail address.
You could format the error text using CSS:
{required:email=Please enter a valid e-mail address.}
The error text now appears in bold font and in red color:
Please enter a valid e-mail address.
You can use following variable, if you want to change the appearance of the form field label. Let us suppose you have a field "subject " and you define it as required field. You can use following variable in order to change the appearance of the label:
{error:subject=Subject||=Subject.}
Without an error the first part (everything before the two vertical lines - pipes) will be displayed. In case the visitor has not filled out the field, the variable will be replaced with the second part:
For a better understanding you should take a look at the example in the folder "templates/examples/".
After the form has been submitted the user will be redirected to the page he came from or you can define a special page in the following field:
<input type="hidden" name="redirect" value="{redirect}" />
In case you want to redirect the user to a certain page just replace the placeholder {redirect} with the URL of the thanks page.
Example:
<input type="hidden" name="redirect" value="http://www.example.com/thanks.html" />
Please enter the whole URL including http:// and the domain name (i.e.: http://www.example.com/).
In case you do not want to redirect back to the referring page or redirect to a thanks page you can display a confirmation page. That page can also contain the form values. Just edit following field:
<input type="hidden" name="redirect" value="{redirect}" />
And change it to:
<input type="hidden" name="static" value="{redirect}" />
The field name changes from "redirect" to "static".
You can open the script directly in your browser (call index.php) or call the script from an existing form in a HTML page. In the latter case you will have to define the HTML template in the following field:
<input type="hidden" name="html_template" value="" />
Example:
<input type="hidden" name="html_template" value="form.tpl.html" />
The mail template can be defined in this hidden form field:
<input type="hidden" name="mail_template" value="" />
You can define one single mail template,
<input type="hidden" name="mail_template" value="mail.tpl.txt" />
or you can define more than one mail template. Each of these templates can contain different recipients and contents:
<input type="hidden" name="mail_template" value="mail.tpl.txt, mail2.tpl.txt" />
The script can process select menus like the following:
<select name="" size=""> <option value=""></option> <option value=""></option> </select>
An exception are multiple select menus.
How to make sure the value selected by the user appears after a new load of the form shows the following example:
<select name="Salutation" size="2"> <option value="Mr" {select:Salutation=Mr}>Mr</option> <option value="Ms" {select:Salutation=Ms}>Ms</option> </select>
The placeholder {select:Salutation=Ms} contains of the following elements. At the first place stands the type of form field you are using. In this case it is a select menu (= select). After that follows a :. At the second place stands the name of the form field. In the example above that would be "Salutation". After that follows an equal sign (=). At the last place stands the value of the option tag (value="").
To make the selected value appear within the mail template, you need to enter the name surrounded by curly brackets - { } - in the mail template.
The script can process checkbox fields like the following:
<input type="checkbox" name=" " value="" />
How to make sure the value selected by the user appears after a new load of the form shows the following example:
<input type="Checkbox" name="Newsletter" value="Yes" {checkbox:Newsletter=Yes} />
The placeholder {checkbox:Newsletter=Yes} contains of the following elements. At the first place stands the type of form field you are using. In this case it is a checkbox field (= checkbox). After that follows a :. At the second place stands the name of the form field. In the example above that would be "Newsletter". After that follows an equal sign (=). At the last place stands the value of the option tag (value="").
To make the selected value appear within the mail template, you need to enter the name surrounded by curly brackets - { } - in the mail template.
The script can process radio button fields like the following:
<input type="radio" name="" value="" />
How to make sure the value selected by the user appears after a new load of the form shows the following example:
<input type="radio" name="Salutation" value="Mr" {radiobutton:Salutation=Ms} />
The placeholder {radiobutton:Salutation=Ms} contains of the following elements. At the first place stands the type of form field you are using. In this case it is a radio button field (= radiobutton). After that follows a :. At the second place stands the name of the form field. In the example above that would be "Salutation". After that follows an equal sign (=). At the last place stands the value of the option tag (value="").
To make the selected value appear within the mail template, you need to enter the name surrounded by curly brackets - { } - in the mail template.
Examples of the above described features can be found in the template "advanced_form.tpl.html".
At the top of the mail template are the header data like:
You can define the e-mail recipient within the template like this:
To: {friend_email}
Additionally, you can add several recipients with carbon copy and blind carbon copy:
CC<EMAIL_ADDRESS>CC<EMAIL_ADDRESS>BCC<EMAIL_ADDRESS>The sender can be defined within the mail template or you can use the information from the form:
From: {sender_email}
You also can add the name of the sender. In this case the name is followed by the e-mail address which stands between angle brackets.
From: {firstname} {lastname} <{email}>
Below the e-mail head area (header) follows an empty line (two line breaks) and below that line follows the mail content. You can customize the mail content as you like. If you add fields to the form you will have to place the name of those fields within curly brackets in the mail template.
You are able to display all form data with only one placeholder. Just add the placeholder
{all_content}
into the e-mail template.
In HTML e-mails you can use following variable. All form values are automatically displayed in a table.
{all_content_table}
The following environment variables are provided by the script. To make these variables appear within the e-mail you can use following placeholders:
| {env_user_agent} | Browser software of the user (Mozilla, Netscape, Opera, Internet Explorer).
|
|
| {env_remote_address} | IP-Address of the user.
|
|
| {env_remote_host} | Host name of the user.
|
|
| {env_year} | Year
|
|
| {env_month} | Month
|
|
| {env_day} | Day
|
|
| {env_hour} | Hour
|
|
| {env_minute} | Minutes
|
|
| {env_second}) | Seconds
|
The directory ‘log’ and the file ‘logfile.txt’ must be writeable (chmod 777).
For the answers to your questions about Form Mail Script, and for the solutions to your problems with Form Mail Script, visit our support forum.
You can use the Tell-A-Friend Script for free. If you want to run the script without the link to STADTAUS.com you can purchase the full version online.
The full version includes free updates and upgrades.
Contact:
http://www.stadtaus.com/en/
http://www.stadtaus.com/forum/
More Scripts at STADTAUS.com:
Please visit our project MetaCollection. It is a resource for CGI and PHP related script archives.
Please also visit our project Green Polar Bear. The website contains a growing collection of Royalty Free Photographs.


About
The Salmon Shop was created in 2007 as a centre to bring together everything that is Tassal salmon, giving us the opportunity to share our passion for salmon with the community. Located in a sea of galleries, theatres, cafés, craft shops and restaurants in Salamanca Square, the shop has quickly become a highly regarded fixture in this historic Hobart hub. More than just a shop, this must-experience destination includes a comprehensive range of delicious Tasmanian salmon products, deli stocked with delectable salmon accompaniments along with cook books and cooking utensils.Locations & hours
Seattle: USA, Washington, St no 53 : 8AM-9:00PM
Japan , Tokyo , St no 32 : 8AM-9:00PM
UAE , Dubai , St no 44 : 8AM-9:00PM
France , Paris, St no 5 : 8AM-9:00PM
USA , San francisco , lima , St no 18 : 8AM-8:00PM


Add some information about the album below, the author, or any other background context. Make it a few sentences long so folks can pick up some informative tidbits. Then, link them off to some social networking sites or contact information.
Here are your folders.
{{file.path}}
filesinfolder works!


Watch the first trailer for Armando Iannucci’s new space comedy, ‘Avenue 5’
The new show stars Hugh Laurie
A new trailer has been released for Armando Iannucci’s new space comedy, Avenue 5. You can watch it below.
According to HBO, the show from the Veep and Thick of It creator is “a space tourism comedy set 40 years in the future when the solar system is everyone’s oyster.”
The show, which was initially announced in August of last year, is due to hit Sky Atlantic and NOWTV in January.
Starring Hugh Laurie as the captain of a luxurious space ship, the trailer shows the ensuing chaos when the ship runs into trouble. Also appearing in the comedy are Josh Gad, Zach Woods, Nikki Amuka-Bird, Rebecca Front, Lenora Crichlow, Suzy Nakamura and Ethan Phillips.
You can watch the trailer here:
Speaking to NME last year about the project, Iannucci said: “It’s set in the world of space tourism about 40 years in the future. It’s not flying cars and stuff, it’s about what really happens when a lot of people just have to get on with each other in space.”
On deciding to set the show in the future, he added: “If I look at the present, I lose my sense of humour, so I’m looking to take stories from other periods and show how the present is reflected in them.”
The director also revealed that he has been influenced by Charlie Brooker’s Black Mirror. “I like it a lot. I try and ration my viewing of it because I don’t want to be even subliminally affected by it. It’s really well done.”
“I watched the ‘Star Trek’ one recently. That was a fantastic story, really well performed and shot. I ration myself to one every few months so I’m not too depressed by its general brilliance.”
Iannucci has worked with Laurie previously on Veep during season 4 where he had a recurring role in the award-winning series.


Hello, my name is James
I’m a London-based web development contractor, working mainly with Linux, Python, vim, whiteboards and hopefully as many excellent people as possible.
During my time with web, I’ve worked in a number of different roles focused on development - from the specification and design, to implementation, management and test. A full breakdown is on my StackOverflow Careers profile.
You can contact me about any potential projects by emailing me on hi AT jamescooke DOT info. Elsewhere on the web


brk, sbrk - change data segment size
#include <unistd.h>
int brk(void *addr);
void *sbrk(intptr_t increment);
Feature Test Macro Requirements for glibc (see feature_test_macros(7)):
brk(), sbrk():
- Since glibc 2.19:
-
_DEFAULT_SOURCE ||
(_XOPEN_SOURCE >= 500) &&
! (_POSIX_C_SOURCE >= 200112L)
- From glibc 2.12 to 2.19:
-
_BSD_SOURCE || _SVID_SOURCE ||
(_XOPEN_SOURCE >= 500) &&
! (_POSIX_C_SOURCE >= 200112L)
- Before glibc 2.12:
- _BSD_SOURCE || _SVID_SOURCE || _XOPEN_SOURCE >= 500
brk() and sbrk() change the location of the program break,
which defines the end of the process's data segment (i.e., the program break
is the first location after the end of the uninitialized data segment).
Increasing the program break has the effect of allocating memory to the
process; decreasing the break deallocates memory.
brk() sets the end of the data segment to the value
specified by addr, when that value is reasonable, the system has
enough memory, and the process does not exceed its maximum data size (see
setrlimit(2)).
sbrk() increments the program's data space by
increment bytes. Calling sbrk() with an increment of 0
can be used to find the current location of the program break.
On success, brk() returns zero. On error, -1 is returned, and
errno is set to ENOMEM.
On success, sbrk() returns the previous program break. (If
the break was increased, then this value is a pointer to the start of the
newly allocated memory). On error, (void *) -1 is
returned, and errno is set to ENOMEM.
4.3BSD; SUSv1, marked LEGACY in SUSv2, removed in POSIX.1-2001.
Avoid using brk() and sbrk(): the malloc(3) memory
allocation package is the portable and comfortable way of allocating memory.
Various systems use various types for the argument of
sbrk(). Common are int, ssize_t, ptrdiff_t,
intptr_t.
The return value described above for brk() is the behavior provided by
the glibc wrapper function for the Linux brk() system call. (On most
other implementations, the return value from brk() is the same; this
return value was also specified in SUSv2.) However, the actual Linux system
call returns the new program break on success. On failure, the system call
returns the current break. The glibc wrapper function does some work (i.e.,
checks whether the new break is less than addr) to provide the 0 and -1
return values described above.
On Linux, sbrk() is implemented as a library function that
uses the brk() system call, and does some internal bookkeeping so
that it can return the old break value.
execve(2), getrlimit(2), end(3), malloc(3)
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


t + 0:00 smoked 1 seed
t + 0:13 smoked 4 seeds
In experimenting with different substances I have learned that it is best to start slowly and work my way up when trying something new. Though Iíve been taking psychedelics for about 8 years, Iím still working my way up to my first high-dose experience, which I have decided will be n,n DMT. My interest in bufotenine stems from its molecular durability, abundance of visual hallucinations, and lack of psychedelic (LSD-like mind fuck) effects. Thatís not to say that I donít like the mind-fucking sometimes, nor am I mistaken in thinking the bufo and DMT experiences are similar at all. Iíd just like to go in with a clear head - it would suck if my first high dose experience was dominated by thought loops and anxiety! This was my first experience with bufotenine. Technical data has been acquired over the web, so I canít guarantee its accuracy (though Iím pretty certain itís all correct - at least enough to apply it to my situation)...
I had ordered 100g of A. colubrina seeds with extraction in mind. First I wanted to test their potency - I have read that these seeds contain anywhere from 2 - 12% bufo on average. I weighed out 10 whole seeds weighing 1.5g and peeled the husks leaving 1.1g of smokable material, which was crushed into coarse powder and toasted. After toasting the seeds at 400 F there was .8g left to smoke. In retrospect 400 F may have been too high because it blackened them in just a few minutes, leaving the house smelling kind of nasty. 300 F for a longer period of time is probably better.
Bufotenine is very stable, melting at about 250 F and vaporizing at about 600 F, so toasting at 400 F wonít render the seeds inactive. The idea behind toasting is to remove as many as possible of the dozen or so unwanted alkaloids also contained in the seeds. At the time of writing it isnít known which of these are responsible for the nausea, but it is suspected that itís not the bufotenine, as mentioned in a few older trip reports.
t + 0:00
The rough equivalent of one seed was smoked in a bubbler (sans water) while lying comfortably in bed with a single light on. The smoke wasnít particularly harsh on the lungs but it did not taste good at all. I immediately felt a slight body load from some unwanted alkaloids, so I surely hadnít vaporized/burned them all off. I experienced some prickly, hot skin flushing similar to a large dose of niacin, coinciding with a little nausea but it was nothing to fuss about. I was actually happy to be feeling them and not the discomfort I usually feel with tryptamines. Usually I experience a lot of neck tension, sometimes severe enough to interfere with my trip, but didnít notice any tension at all this time.
I settled in and closed my eyes, concentrating on the visuals which were faint but definitely there. It was mostly just a liquid shifting of different shades of pearlescent black, as if I was looking at the surface of a rippling pool of oil. Basic 3D shapes (also in different shades of black/grey) would occasionally appear in a way that gave depth to the scene, almost as if I were in a room. After about 5 minutes I was getting a little bored with this and wanted to check out any OEVís that might be going on.
The only noticeable thing for me was a shifting in light. The source of light - my lamp - seemed to intensify and brighten the entire room, taking on a more pronounced yellow hue of the incandescent bulb. Rather than a gradual increase the light seemed to pulse with my heartbeat, getting brighter with each beat. It was different than the rapid light shifts that happen with LSD, like I'm looking at the floor of a shallow sea on a sunny day.
t + 0:13
The effects had nearly worn off, leaving me slightly disoriented and with the feeling of a lighter body and aimless anticipation, sort of like getting your ďsea legsĒ on the come-up of an acid/mushroom trip. I decided to smoke more of the foul-tasting black granules - about half of the pile was loaded so Iím guessing it was about four seeds - maybe three. I took five big hits, holding each one for 20 seconds, and wouldíve taken a sixth but the taste got worse with each hit. I was able to keep it together, but any sudden movement might have led to a nasty purge all over my bed!
The CEVís were more pronounced this time, and took form as a liquid movement of multicolored tendrils that resembled jellyfish tentacles within the same sea of black. They lasted for about 15 minutes, peaking after five minutes and I experienced the same OEVís as well. Iíve read that bufo visuals are distinctly different from other tryptamines and they were, though not in the rapidly changing, electric manner I have read about. They were fluid, and the scene would sometimes rotate but it wasnít like the rotating columns and vortices I see on mushrooms and acid.
Overall this was a good first experience, and Iím encouraged about the bufotenine content of these seeds. Iím looking forward to a cleaner, more intense and vivid experience!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Welcome!
Your Organizers:
Darren Carpenter
Sameer Khan
Organization help:
Daria Ilic
Chad Crowell
Maybe you??? Talk to us about how you can help.
Who is looking for work?
Who is looking to hire?
Who has an announcement to make?
https://austin.chicktech.org
Tweets from @ChickTechATX:
Wondering how to support local organizations on #NationalSTEMDay ? We have a wishlist set up with the supplies we need to keep our program free for area girls. Consider making a small donation: https://t.co/wbDOC8B72Y
— ChickTech Austin (@ChickTechATX) November 8, 2018
Tweets from @ChickTechATX:
We've extended the deadline to sign up to be a mentor for ChickTech Austin to the 15th! Help show a young girl how rewarding a career in tech can be! https://t.co/wCSjssHx0K #NationalSTEMDay
— ChickTech Austin (@ChickTechATX) November 8, 2018
Saturday, December 8th to Sunday, December 9th
ChickTech High School is a free program for 100 Austin-area high school girls. Each fall we have a kick off event over 2 days where the girls each attend 1 hands-on workshop. At this event, we will need volunteers to help with logistics, registrations, and workshops.
Saturday, December 8th to Sunday, December 9th
We have a workshop called "Build a Computer with Raspberry Pi" taught by a man from RedHat that your members might be interested in helping out with. This is a general call for volunteers for this event which takes place Dec 8-9 at the Texas School for the Deaf
Pairing With The Future—Maximizing the collaborative potential of your software
This talk is a set of recommendations for writing maintainable code as collected by Kelly Fox, a senior software developer with over 25 years of experience in the tech industry.
Delayed from last month:
Embedding version information into git files
Bradley Allen lives on the edge of technology as a Researcher and Author with a background in Global IT Operations Management, Cloud Transformation, Software Development Strategy, (I,P,S)aaS, SRE.
December 13:
Tmux - various topics
Would you like to present? Let us know.
We hope to see you again next time!
Find us on twitter @LinuxAustin


PCI_docNameOutput, MSG_PRINT_GET_DOC_NAME
The
PCI_docNameOutput
field must contain the optr of an object which can tell the Spooler the document's name. The document name is displayed on the Printer Control Panel and is how the user can figure out which job is which on the queue. If a GenDocumentGroup is set as the Print Control's
PCI_docNameOutput
, then that object will automatically do the right thing. If you use some other type of object, it must be prepared to supply document names on demand. This demand will come in the form of a
MSG_PRINT_GET_DOC_NAME
.
This message comes with a pointer back to the Print Control. The handler should respond by sending a
MSG_PRINT_CONTROL_SET_DOC_NAME
with a string containing the name.
void MSG_PRINT_GET_DOC_NAME( optr printControlOD);
If your
PCI_docNameOutput
object is not a GenDocumentGroup, then it must have a handler for this message.
Source: PrintControl object.
Destination: The object specified in
PCI_docNameOutput
.
Parameters: printControlOD The optr of the PrintControl object.
Return: Nothing returned explicitly, but should send a
MSG_PRINT_CONTROL_SET_DOC_NAME
back to the Print Control.
Interception: If receiving object is a GenDocument, unlikely. Otherwise, interception is necessary.


Download [Project Document]
Please read the project document and Quera Class instructions for the details
Important Dates
- Team Creation: {{ '2019-06-03T00:00:00+3:30' | jdate: "%Y/%m/%e" }}
- Upload deadline: {{ '2019-07-08T10:00:00+3:30' | jdate: "%Y/%m/%e" }}


| Text | Coding |
|
|---|---|---|
|
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| A jurisdiction must exist with all fields filled in. Please note that it is required to match the jurisdiction of the package ID to Trifolia-on-FHIR's UI. |


**Mathematical Statistics and Numerical Data Analysis**
S. Bhattarai
# Introduction
> "Data is the new oil. It's valuable, but if unrefined it cannot really be
> used. Oil has to be changed into gas, plastic, chemicals etc to create a
> valuable entity that drives profitable activity; so must data be broken
> down, analysed for it to have value."
> -- Clive Humby, UK Mathematician and developer of Tesco Clubcard, 2006
Data-driven decision making is increasingly
important in all aspects of the modern world, so much so that
data is now compared to oil, and Data Scientist has been described as the
[sexiest job of the 21st century](https://hbr.org/2012/10/data-scientist-the-sexiest-job-of-the-21st-century). Largely, this is due to
recent advances in technology that enable us to collect and process
unprecendented volumes of data on just about anything and
everything[^sensors_smartphone]. The impact of this is seen across
all sectors (e.g. health, transport, education, technology, etc.), including
within organsiations involved in the design and engineering of the built
environment. It is useful, therefore, to explore (or revisit) the fundamental
ideas of Statistics -- the science of using data to investigate reality --
in order to better understand the underlying methods that
produce and make use (or misuse[^statistics_lies]) of the data sets that
influence our personal and professional lives, and so this is what we will do
in this series of lectures and tutorials. Statistics is a vast subject area
and there are many ways to *think about* and *do* Statistics. Here, where
possible, we will use specific, real-world data sets (related to built environment)
to guide us in our exploration of the subject.
[To-do: Describe the learning objectives here?]
- Focus on methods for working with quantitative (or numerical) data
- Use MATLAB to explore large data, mult-dimensional data sets
- Develop some experience in working with time-series data
[^sensors_smartphone]: Consider your smartphone. What sensors is your device
equipped with? What do these sensors measure? How are the measurements from
these sensors processed to provide you, the smartphone user, with useful
information that guides you in the decisions you need to make in your daily
life?
[^statistics_lies]: Too often, either through ignorance, or more worryingly,
through a wilful effort to misinform others, data are misused and statistics
are misrepresented. There are many subtle, and not-so-subtle, ways in which
statistics can deceive us -- some of these are explained with great style and
humour in the classic book by [Darell Huff](#Huff91). [To-do: Find a current
example of data misuse.]
# Definitions
First, let's start by making sure that we're all talking the same
language -- with some definitions[^definition_notes].
__Statistics__ (always plural, with a capital __S__) is the science of
conducting studies to collect, organise, summarise, analyse and draw conclusions
from data[#Bluman13]. __Data__ (plural) are the values of the variable(s)
being studied (determined through observation or
measurement[^meas_obs_data]), where a __variable__ represents some
characteristic of the thing (or things) being studied. A single data value
is a __datum__. Note that, in general, the values assumed by variables need
not be numbers (e.g. they could be the words in a book). If the value of a
variable is determined by chance, then we call it a __random variable__. A
collection of observations or
measurements, of a single variable or a finite number of variables, is a
__data set__. A __statistic__ (singular, with a lower-case __s__)
is a number that describes some characteristic of a variable, or combination
of variables, from a data set being studied.
Mathematical Statistics is the application of probability theory
(a branch of Applied Mathematics[^map_maths]) to the study of data.
[NOTE: Could go into the axioms of probability and most important results here,
but in a sense this should be revision from the year before.]
[^definition_notes]: The conventions, definitions and
notations given here will be applied throughout the
lecture notes, worksheets, coursework and the final
exam for the Year 2 module, Advanced Mathematical Modelling and Analysis
(BARC0130). Be aware that books on (and not on) the reading list may use
different conventions, definition and notations for the same terms.
[^meas_obs_data]: The terms data, measurements and observations are used more
or less interchangeably throughout these notes.
[^map_maths]: [Map of Mathematics](https://www.youtube.com/watch?v=OmJ-4B-mS-Y&frags=pl%2Cwn)
## Describing Data
Data can be:
- Qualitative: data does not have to be numerical
- Quantitative
- Discrete
- Continuous
## Descriptive Statistics
## Inferential Statistics
## Investigating the Relationship between Two Variables
## Summary
# Collecting Data
No more than half a page on data collection. In these lectures, we focus on
summarising, presenting/visualing, analysing and inference.
## Observability
## Primary and Seconday
## Sampling
- Sample size
- Selection bias
Example: "Do you like to answer questionnaires?"
- Unseen biases
# Organising Data
## Metadata
- Data about data: Metadata
## Quality Control
- Gross Errors
- Systematic Errors
- Random Errors
# Summarising Data
## Measures of central tendency
- Mean
- Median
- Mode
- Midrange
# Measures of data scatter
- Standard deviation (or variance)
## Hypothesis Testing -- using data to answer questions
# Acknowledgements
Bluman - defint
# Bibliography
[#Bluman13]: A. G. Bluman (2013). Elementary Statistics: A Brief Version. Sixth Ed. McGraw-Hill
[#Huff91]: D. Huff (1991). How to Lie with Statistics. Penguin Books.
[#Tufte90]: E. R. Tufte (1990). Envisioning Information. Graphics Press LLC.


Copyright (c) 2003 Chris Huntoon
Hodge Podge is played on a 9x9 square board with the following setup:
|
| An example
Black moved a soldier to f5 thus winning. Green cannot stop the King move to [1] which will make a 5 in-a-row with d7 or i2. Green can delay by jumping f4-f6 but then it would be captured with e7-f7. |
There is a ZRF to play Hodge Podge with Zillions.


The King
| Other Names | None |
| Surname | N/A |
| Forename | N/A |
| Rank | King |
| Addressed as | ``Your Majesty'' |
His Majesty The King
His Majesty The King is the head of state of the Kingdom of Cyprus, as well as duke, earl, baron and lord-of-the-manor of Nicosia. The office of king is vacant at present, and the powers thereof discharged by a regent.
His Majesty is sometimes referred to in writing using the abbreviations Rex and R.
Cyprian Data
Cyprian Legal Name
His Majesty the King of Cyprus
Other Titles
None as yet
Accolades
Companion of the Order of the Cross
Arms
His Majesty's arms, which are identical to the arms of the Kingdom, are given below:Other Data
None as yet.


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Numbers 2:28
And his host, and those that were numbered of them, were forty and one thousand and five hundred.