... This book explains how to use core and client-side JavaScript for version 1.3. JavaScript is Netscape's cross-platform, object-based scripting language for client and server applications. ... Core, Client-Side, and Server-Side JavaScript . ... Client-Side JavaScript . ... JavaScript and Java . ... Examples . ... Conditional Statements . ... Object Manipulation Statements . ... Defining Functions . ... Objects and Properties . ... Indexing Object Properties . ... Defining an Event Handler . ...

... JavaScript is Netscape's cross-platform, object-based scripting language for client and server applications. ... Document Conventions This chapter introduces JavaScript, discusses some of the fundamental concepts of JavaScript in Navigator and provides basic examples. ... JavaScript and Java . ... These objects are in addition to objects defined for server-side JavaScript and Navigator objects introduced in Chapter 3, "Using Navigator Objects." ... Object Manipulation Statements and Operators . ...

... The previous example, Chapter 12, "Expanding Colored Squares Example," illustrates how to expand and contract the clipping region of a layer without changing the wrapping width of the layer. This example illustrates how to capture mouse events so that the user can make a layer's wrapping width wider or narrower by dragging the mouse. ... how to capture mouse events for a layer . how to change the wrapping width of a layer by using the load() function . ... Capturing Events for the Layer . ...

What is a Handler . ... mod_actions . ... A "handler" is an internal Apache representation of the action to be performed when a file is called. Generally, files have implicit handlers, based on the file type. Normally, all files are simply served by the server, but certain file types are "handled" separately. Apache 1.1 adds the ability to use handlers explicitly. ... The following directives will enable the send-as-is handler, which is used for files which contain their own HTTP headers. ...

To use single quotes to inhibit command substitution: #!/bin/sh trap 'echo `pwd` >>$HOME/errdir' 2 3 15 for i in /bin /usr/bin /usr/any/bin do cd $i some series of commands in the directory $i done . The file errdir will contain the name of the directory being worked on when the procedure is interrupted. ... To remove temporary files when a procedure is interrupted: #!/bin/sh temp=/tmp/file.$$ trap 'rm $temp; exit' 0 1 2 3 15 ls > $temp .. ...

... This is done from within the keyword handler work() which is activated by the keyword WORK= . ... h #include init.h #include finis.h #include userfio.h #include ggi.h /* * Keyword handler for QUIT= */ static void quit(ident id, char * key , int code, void *arg) { bool finished=toflog(FALSE); ( void )userflog( , 1, 2, key , ); if (tobool(finished)) finis_c(); } /* * Keyword handler for both NUMBER = and GETAL= */ static void number (ident id, char * ...

Next: File Manipulation Routines Up: File and Directory Manipulation Previous: File and Directory Manipulation . This basically involves calling appropriate functions. int chdir(char path) - changes directory to specified path string. ... NOTE: rindex() is a string handling function that returns a pointer to the last occurrence of character c in string s , or a NULL pointer if c does not occur in the string. ( index() is similar function but assigns a pointer to 1st occurrence.) ...

... spectrum . ... SPECTRUM will compute synthetic spectra, line profiles equivalent widths, specific intensities, assuming LTE, from model atmospheres of early-type stars. ... sterne models . file containing model atmosphere in 2006 Sterne format . ... T=25000, log g=4.0, vt=0, 1400-1415A. a) NLTE model atmosphere, spectrum computed with SYNSPECv25 (black). b) LTE model atmosphere, same linelist in converted format, spectrum computed with SPECTRUM (red) using this input file and this linelist . ...

OptInt PmWiki : Pm Wiki / Custom Markup . Custom inter map | ... PmWiki's markup translation engine is handled by a set of rules; each rule searches for a specific pattern in the markup text and replaces it with some replacement text. ... Rules are added to the translation engine via PmWiki's Markup() function, which looks like . ... For example, here's the code that creates the rule for ''emphasized text'' (in scripts/stdmarkup.php ): . Markup("em", "inline", "/''(.*?)''/", "<em>$1</em>"); . ...

Python and the necessary libraries is already installed on all ANU information commons computers. ... Installation instructions are given in the reference guide below. Reference Guide for Python Data Handling . Reference links . Enthought Canopy - the easiest way to get Python with all necessary packages . ... Note that in Canopy, you set the working directory as described in the python reference notes above - otherwise it won't find the data. Back Main Data Handling Page . ...

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The Network Time Protocol (NTP) is used to synchronize the time of a computer client or server to another server or reference time source, such as a radio or satellite receiver or modem. ... Information on the NTP architecture, protocol and algorithms can be found in the following articles and reports, which are available online . Mills, D.L. Internet time synchronization: the Network Time Protocol. ... Mills, D.L. Network Time Protocol (Version 3) specification, implementation and analysis. ...

In Actor Prolog a resident is a special mechanism that helps processes to inspect state of other processes. A resident observes the state of a specified (target) process and if the state of the process changes (for instance, after message handling) it proves a specified predicate of the process. ... Work of the resident. ... Any change of the list of target processes or arguments of resident function results in activation of the resident and repeated collection of information in the target worlds. ...

... Science . ... Science Users Information > Science Archive Facility > Request Handler FAQ . ... Data Handling and Products . ... ESO Data . ... Also, please double-check that you have entered correctly the full address of the service ( http://www.eso.org/requestHandler/pipacks ), including the leading triple w. Answer: The packages contain the raw data belonging to the selected run, the associated raw calibrations, the masters derived from them and the pipeline science products generated from them...

... Doug's Home Page . ... S-Lang structures are converted to hash references in Perl , as shown below. ... n\n ; print Structure contents:\n ; # you can treat $s as a reference to a hash array in most respects, except: # - the order of the keys in the array matches that of the # original S-Lang structure # while ( my ( $ key , $ value ) = each %{$s} ) { print key $ key \t has a value of $ value \n ; } print \n ; $$s{afield} = 'a changed field value '; print ...

This example shows how to add a few input widgets to a script and how to get data from them. This is a fairly artificial example in that one would normally just use the DIS Expose window for this purpose. ... import RO.Wdg import Tkinter import TUI .Inst.ExposeModel as ExposeModel from TUI .Inst.ExposeStatusWdg import ExposeStatusWdg class ScriptClass(object): Take a series of DIS darks with user input . def __init__(self, sr): Display exposure status and a few user input ...

Next: The MERLIN Correlator Software Project . ... Based on experience gained from CFH12K's predecessor, the UH8K, we built a Unix/C command-line interpreter to operate the camera and telescope. ... The command-line interpreter (CLI) that controls the CFH12K is a C program called ``DetCom.' ... This mode is useful for observers who have their own data reduction software that does not handle MEF; . ... Director allows commands to be routed to different places from a single point of control. ...

TOPOLOGY II ASSIGNMENT 4 (CELLULAR HOMOLOGY) Problem 4.1. Compute H # (M 2 g ), where M 2 g is the sphere with g handles. Problem 4.2. Compute H # (N 2 g ), where N 2 g is RP 2 with g handles. ... Consider the action of the group Z p with the generator # on the unit sphere S 3 # C 2 defined by #(z, w) = (exp( 2#i p ), exp( 2#iq p )). ... Compute H # (L(p, q) Problem 4.7. Compute H # (D), where D is the dunce hat, i.e., the triangle with the identifi­ cations shown by arrows. ...

... Avg: the average value of the spectra (maybe throwing out some channels at the edges). <>:average over the spectra (throwing out points at the edges if you want). gCal(f) :- frequency dependence of the tabulated cal values. ... calInK(Avg): Scaler cal value averaged over the band. calOffSpc(Avg): cal off value averaged over the band (in spectrometer counts) . ... cntsToK(avg) = calInK(Avg) / (calDif_cnts(Avg)) . To convert a spectrum b_cnts in spectrometer counts to b_K in Kelvins using cntsToK: . ...

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