{% include 'layouts/header.html' %} “When Possibilities Meet Technology” {% include 'layouts/footer.html' %}
“When Possibilities Meet Technology”


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Hero let's you...
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Lorem ipsum dolor sit amet consectetur,
adipisicing elit. Repellat, illum!
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Lorem ipsum dolor sit amet consectetur,
adipisicing elit.  Repellat, illum!
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World’s most advanced App
with High-Tech solutions
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The Strong museum has collected more than 55,000 video games and related artifacts from the
history of gaming.
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The Strong museum has collected more than 55,000 video games and related artifacts from the
history of gaming.
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Features All Joined Together in One App
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Sync
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Computer manufacturer Lenovo is getting flak.
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Computer manufacturer Lenovo is getting flak.
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Stats
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Computer manufacturer Lenovo is getting flak.
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Responsive layout
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Tanjin is one of nearly 2,000 people to have landed on Italy’s southernmost.
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Retina Ready
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Tanjin is one of nearly 2,000 people to have landed on Italy’s southernmost.
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Various Skins
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Tanjin is one of nearly 2,000 people to have landed on Italy’s southernmost.
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Great Performance
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Tanjin is one of nearly 2,000 people to have landed on Italy’s southernmost.
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User Friendly Menus
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Tanjin is one of nearly 2,000 people to have landed on Italy’s southernmost.
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Social Share
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Tanjin is one of nearly 2,000 people to have landed on Italy’s southernmost.
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Interested in our App?
Muriel Bowser’s administration says move is unrelated to charges that encryption caused failures
in Metro.
request a quote
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Before Change
def save_trial_data(spec, trial_df, trial_fitness_df, trial_fig, zip=True):
"""Save the trial data: spec, trial_fitness_df."""
prepath = util.get_prepath(spec, unit="trial")
util.write(trial_df, f"{prepath}_trial_df.csv")
util.write(trial_fitness_df, f"{prepath}_trial_fitness_df.csv")
viz.save_image(trial_fig, f"{prepath}_trial_graph.png")
logger.debug(f"Saved trial data and graphs to {prepath}*")
After Change
def save_trial_data(spec, trial_df, trial_fitness_df, trial_fig, zip=True):
"""Save the trial data: spec, trial_fitness_df."""
prepath = spec["meta"]["prepath"]
util.write(trial_df, f"{prepath}_trial_df.csv")
util.write(trial_fitness_df, f"{prepath}_trial_fitness_df.csv")
viz.save_image(trial_fig, f"{prepath}_trial_graph.png")
logger.debug(f"Saved trial data and graphs to {prepath}*")


Clients List
234 clients...- J
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New Visits
21,069
60%
Total Visits : 9,34,001
New Signups
1,346
40%
Total Users : 22,344
Todays Earning
2,345
70%
Total Earning : $345,00
Real Visitors
123
55%
Total Visitors : 235,670
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Location
Visits
- United States2298
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Activity Feed
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java.awt.Insets
and JBUI.insetsXyz()
that can be simplified.
The Insets
instances are not DPI-aware and can result in UI layout problems.
Quick fix performs replacement with JBUI.insets()
or simplifies the expression.
Example:
// bad:
Insets insets1 = new Insets(1, 2, 3, 4);
Insets insets2 = new Insets(1, 2, 1, 2);
Insets insets3 = new Insets(1, 0, 0, 0);
// good:
Insets insets1 = JBUI.insets(1, 2, 3, 4);
Insets insets2 = JBUI.insets(1, 2);
Insets insets3 = JBUI.insetsTop(1);


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M480 BSP V3.05.005
The Board Support Package for M480 Series
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#include <crc_reg.h>
Data Fields | |
| __IO uint32_t | CTL |
| __IO uint32_t | DAT |
| __IO uint32_t | SEED |
| __I uint32_t | CHECKSUM |
@addtogroup CRC Cyclic Redundancy Check Controller(CRC) Memory Mapped Structure for CRC Controller
| CRC_T::CHECKSUM |
| CRC_T::CTL |
[0x0000] CRC Control Register
| Bits | Field | Descriptions |
| [0] | CRCEN | CRC Channel Enable Bit
0 = No effect. 1 = CRC operation Enabled. |
| [1] | CHKSINIT | Checksum Initialization
0 = No effect. 1 = Initial checksum value by auto reload CRC_SEED register value to CRC_CHECKSUM register value. Note: This bit will be cleared automatically. |
| [24] | DATREV | Write Data Bit Order Reverse
This bit is used to enable the bit order reverse function per byte for write data value in CRC_DAT register. 0 = Bit order reversed for CRC write data in Disabled. 1 = Bit order reversed for CRC write data in Enabled (per byte). Note: If the write data is 0xAABBCCDD, the bit order reverse for CRC write data in is 0x55DD33BB. |
| [25] | CHKSREV | Checksum Bit Order Reverse
This bit is used to enable the bit order reverse function for checksum result in CRC_CHECKSUM register. 0 = Bit order reverse for CRC checksum Disabled. 1 = Bit order reverse for CRC checksum Enabled. Note: If the checksum result is 0xDD7B0F2E, the bit order reverse for CRC checksum is 0x74F0DEBB. |
| [26] | DATFMT | Write Data 1's Complement
This bit is used to enable the 1's complement function for write data value in CRC_DAT register. 0 = 1's complement for CRC writes data in Disabled. 1 = 1's complement for CRC writes data in Enabled. |
| [27] | CHKSFMT | Checksum 1's Complement
This bit is used to enable the 1's complement function for checksum result in CRC_CHECKSUM register. 0 = 1's complement for CRC checksum Disabled. 1 = 1's complement for CRC checksum Enabled. |
| [29:28] | DATLEN | CPU Write Data Length
This field indicates the write data length. 00 = Data length is 8-bit mode. 01 = Data length is 16-bit mode. 1x = Data length is 32-bit mode. Note: When the write data length is 8-bit mode, the valid data in CRC_DAT register is only DATA[7:0] bits; if the write data length is 16-bit mode, the valid data in CRC_DAT register is only DATA[15:0] |
| [31:30] | CRCMODE | CRC Polynomial Mode
This field indicates the CRC operation polynomial mode. 00 = CRC-CCITT Polynomial mode. 01 = CRC-8 Polynomial mode. 10 = CRC-16 Polynomial mode. 11 = CRC-32 Polynomial mode. |
| CRC_T::DAT |
[0x0004] CRC Write Data Register
| Bits | Field | Descriptions |
| [31:0] | DATA | CRC Write Data Bits
User can write data directly by CPU mode or use PDMA function to write data to this field to perform CRC operation. Note: When the write data length is 8-bit mode, the valid data in CRC_DAT register is only DATA[7:0] bits; if the write data length is 16-bit mode, the valid data in CRC_DAT register is only DATA[15:0]. |
| CRC_T::SEED |
[0x0008] CRC Seed Register
| Bits | Field | Descriptions |
| [31:0] | SEED | CRC Seed Value
This field indicates the CRC seed value. Note: This field will be reloaded as checksum initial value (CRC_CHECKSUM register) after perform CHKSINIT (CRC_CTL[1]). |


Initialize with arguments and play local video with subtitle
Open video and subtitle (multiselect, subtitle is optional, currently only srt is supported)
Open
Fullsreen


Apple’s value ever since its Renaissance has relied on a tightly integrated Ecosystem.
The iPod wouldn’t have been a phenomenon without the iTunes Store. The iPad wouldn’t have sold as much as it did without the iPhone and their shared apps and services. And now OSX is getting closer than ever to iOS with the release of Yosemite.
However, Apple’s revenue model is still mainly based on their Hardware. Sure, by now it’s impossible to consider the iPhone without iOS in mind, and the OS deserves much of the praise for the success of Apple has had in the last few years.
Still, when you have to develop and improve:
- OSX
- iOS
- iTunes
- iTunes (the Store)
- iTunes (the Radio)
- Appstore (for iOS)
- Appstore (for OSX)
- Safari (for both)
- iCloud
- iBooks
- Newsstand
- Game Center
- iLife
- iWork
- Apple Health
- Final Cut Pro
- Logic Pro
- A brand new programming language
- and a miniaturized wrist watch Computer…
it’s a lot to juggle. At US$ 170 billion revenue and 98,000 employees, one has to wonder how much more can Apple grow without wearing itself thin even further.
 Just grab someone’s iPhone to see the apps on their homescreen. Are they using Mail or Gmail? iTunes Radio or Spotify? iCloud or Dropbox?
Truth be told, Apple’s goal it not to make you use every single default app the ships with iOS. But use enough Google products on your iPhone, and you suddenly aren’t as commited to their ecosystem lock-in as they wish you were.
That’s the reason setting secondary defaults will hardly ever happen, as it directly undermines Apple’s business strategy by devaluing their ecosystem. Sure, they’ve added Extensions, but their cautious approach shows how little they are willing to concede in their dominance. In light of The Default Apps, the massive usage Mail.app gets is not so different from the one IE used to have long ago.
Boo hoo, Mom insists on using these terrible apps!
If only. Far from being a “bad app” problem, this is a system-wide issue that affects Apple and their relations with content producers and developers.
Newsstand, the platform that was supposed to showcase the iPad’s power and might, is crumbling: not only its “killer app” died eons ago, but their indie darling is closing doors as well.
Meanwhile, the Appstore is overrun by clones of popular apps like a horde of Orcs climbing the castle walls — and iOS development is no longer as sustainable as it once was.
Sure, maybe the market is changing. But it may also be that the App Store information architecture and discoverability are bad enough to jeopardize all the work done by Apple and iOS Developers in the past 6 years.
"Maybe Apple should buy Twitter"
This odd, yet fairly sensible argument from 2012 still holds ground today, in the sense that Apple is still not a Web Services company.
From the smoldering failure that was MobileMe rose a headache called iCloud — one that just culminated in what may be Apple’s biggest PR fiasco of all time.
Apple Maps? Tim Cook issued a public apology and fired the manager responsible for it.
And Siri, the service that was released in iOS with a Beta tag is… well, is just not there yet. Maybe they should’ve kept the Beta tag.
It's a hard job
Mantaining such a wide ecosystem of apps and web services is a task that no one else carries out as well as Apple, hence their dominance of the mobile and tablet market.
Still, their hardware release schedule is pushing the limits of how fast they can improve their software ecosystem, and no ammount of extra engineers and designers will be able to fix this conundrum — I mean, when you get to 100,000 employees adding more to your ranks might just get in the way.
Perhaps it’s time for iOS and Apple to get back to basics.


{% extends 'layout.html' %} {% block pageTitle %} Get help to buy food and milk (Healthy Start) {% endblock %} {% block content %}
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Select an imageA guy A dance A view Your own image...
Style Triangle Cell Color Gradient Analyze image
Points
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 STRONG INTERPERSON SKILL, TEAM WORKER, DRIVEN, and PASSION. COMPUTER LANGUAGES = JAVASCRIPT, C# .NET, REACT. HUMAN LANGUAGES = ENGLISH AND SPANISH. Lorem ipsum dolor sit amet consectetur adipisicing elit. Cumque ducimus nobis mollitia facere qui similique repudiandae delectus tenetur autem, unde quam obcaecati est, fuga animi fugit assumenda, dolorem quasi officiis.
Click on links below to it's GitHub repository.
This is a WebSite shows the use of Bootstrap styling, intigrating images, and use of GitHub Pages. This was done in collaboration with a team member.
This WebSite shows how to connect webpages using links and basic table implantation.
This WebSite shows the use of position methods, linking HTML, and CSS.


Mermaid Tails are made by hand at Costumegasm headquarters. They are 100% swim-proof. Comprized of at least three different fabrics including two-way sequin scales. All the inner seams are bound with japanese elastic for comfort. Wide elastic and a high-waist keep everything in place. They are designed to fit Fin Fun Monofins for maximum mer time. Side fins and monofin extensions add beauty and flow creating graceful under water swim time. Use the mermaid measurments chart to send your sizing.
Custom playa coats made to order at any length will keep you warm and looking sharp. Fur lining is available for extra coziness. Options for pockets, detachable hoods, and lighting. Pick from an array of fur or fabric to create a one of a kind coat. Turn around is about a month and cuttoff date is june 21st. Use the coat measurments chart to send your sizing.
Easy to use peal and stick pasties available in a array of styles. Great for nipple coverage as a nice accent to any costume. Inquire about bulk rates for orders over 12 pairs.
there's some info about the item here


2019 RICHNITE-webminer.com
Earn cryptocurrencies direct in your wallet - for your website or blog visitors
Integrate our webmining service with easy steps


0mm
$ bp <command-line options> <wam-bytecode-file> or <prolog-file>or simply
$ bpSizes of the blackboard, heap, stack, trail and code areas can be passed as command line parameters etc., as well as other options, as shown with bp -x help request:
With bp -x you can list the following: COMAND LINE OPTIONS: -h ==> HEAP SIZE in Kbytes, default:1024K -s ==> STACK SIZE in Kbytes, default:256K -t ==> TRAIL SIZE in Kbytes, default:256K -c ==> CODE SIZE in Kbytes, default:1024K -b ==> BLACKBOARD SIZE in Kbytes, dynamic if 0, default:512K -a ==> MAX. ATOMS, give exponent of 2, 2^<value>, default=2^16=65536 -d ==> HASH DICT. entries, give exponent of 2, 2^<value>, default 2^16=65536 -i ==> IOBUFFER, in bytes, default:131072bytes -q ==> QUIETNESS level, default:2 (lower means more verbose) -l ==> LOAD_METHOD: (1=mcompile, 2=scompile, 3=oconsult, 4=dconsult, 5=sconsult): 1 -r ==> call/update RATIO controlling dynamic recompilation:10 -p ==> PORT to run on as a daemon if >0, 1 shorthand for default_port, current d efault:0, -p10 forces detection of current IP address ARGUMENTS: STARTUP FILE: *.bp, *.pl, *.wam or GOAL: pred(args), default: wam.bp Prolog execution halted(2). CPU time = 0.241s ARGUMENTS: STARTUP FILE: *.bp, *.pl, *.wam or GOAL: pred(args), default: wam.bpType
?- help(<word>).and then use info/1 with the matching predicate names to get a short description and possibly an example of use:
?- info(name/arity).Type
?-info.for a (long) description of builtins and examples.
http://www.binnetcorp.com/BinPrologPlease send comments and bug reports to<EMAIL_ADDRESS>.
Welcome to BinProlog Full Source Edition and BinProlog Professional Edition! !!! after you work with them on Windows some makefiles might need conversion to remove ^M character on Unix systems !!! Please look for *.bat files which usually automate frequent maintenance operations on XP, 2000, NT or Win9x PCs. With Microsoft VCC based precompiled distributions for Windows XP/2000/NT/98/95, -a ready to run binary (bp.exe) is included in directory bin, as well as a redistributable runtime bpr.exe for Windows -a packaging of BinProlog as a DLL and examples are available in directory BP_DLL. -header files in static libraries are available in directory lib - allowing to use the C-interface or generate C-code without need to recompile the sources Just copy the executables bp.exe or bpr.exe somewhere on your path, and bp_lib.dll and bpr_lib.dll to the Windows or Winnt/System32 directory, or simply copy them to the local directory where you keep your application. BinProlog's C-interface tools are in directory c_inter. Tools for generation of standalone executables, through compilation to C are available in directory pl2c. BinProlog's Tcl/Tk interface is in directory TCL. Is ready to run, on all platforms (new client/server design), no special make actions are needed. Finally, the directory doc, in distributions coming with full documentation, contains the documentation in PostScript and HTML form - note the new API description in file help.html, also generated whin just typing "help" in BinProlog. -------------------------------------------------------------------------- In case you have BinProlog Full Source Edition, the directory src contains makefiles for gcc, VCC 6.0 and .NET C/C++ batch files to rebuild the sources after you make changes. Just go in directory src and type make all or makeall.bat Please read the documentation files provided separately and visit our ONLINE HELP SYSTEM at BinNet Corp.'s web site, for last minute updates, demos and information about new features and components. On Cygnus' CYGWIN gcc, taking make all which also works on normal Unix systems not requiring unusual flags. On Linux PCs type make linux_mt or make linux On Solaris sparcs type make solaris This will take care to generate the content of most of the directories. Finally, the Full Source Edition also contains VCC 6.0 project files in deirectory winbp, for working conveniently with the sources on a Windows NT workstation. Alternatively, work on sources is now also supported for Cygnus gcc as well as Linux and othe Unix platforms, through a complete set of updated makefiles. ---------------------------------------------------------------------- Additional components, available on some platforms. The directory csocks contains tools for building standalone C-based socket based client, server and a remote toplevel components based on BinProlog's modular and portable socket package. Tools to build an ISO parser for BinProlog are in directory cparser.
Online Prolog Introductions/Tutorials: http://kti.ms.mff.cuni.cz/~bartak/prolog/learning.html http://www.cs.bham.ac.uk/~pjh/prolog_course/sem223.html http://www.cs.sfu.ca/CC/SW/Prolog/Notes/toc.htmlThe latest version of BinProlog is usable directly over the Internet (follow the demo and query links from http://www.binnetcorp.com).
?- [myFile].defaults to the last used compilation method applied to myFile.pro myGile.pl or myFile. Among them, the default mcompile/1 comiling to memory and scompile/1 which uses temporary *.wam files and to quicly load files which have not been changed. A good way to work with BinProlog is to make a "project" *.pro file includeing its components, as in:
:-[myFile1]. :-[myFile2]. ..............The shorthand for co(myFile),
?- ~myFile.defaults to the last used interpretation method applied to myFile.pro myFile.pl or myFile. For online information on their precise behavior, do:
?-info(oconsult),info(consult),info(dconsult),info(sconsult). oconsult/1: reconsult variant, consults and overwrites old clauses consult/1: consults with possible duplication of clauses, allows later dynamic recompilation consult/2: consult(File,DB) consults File into DB dconsult/1: reconsult/1 variant, cleans up data areas, consults, allowing dynamic recompilation sconsult/1: reconsult/1 variant: cleans up data areas, consults, makes all staticTo control dynamic recompilation you can use dynco/1 with yes and no as arguments or db_ratio/1 to precisely specify the ratio between calls and updateds to predicates which will trigger moving it from interpreted to compiled representation (default=10). BinProlog's compilation mode is intended to work with ONE toplevel project file including various components. For interactive development use:
~file1. ~file2. ...... ~fileN.Note that, by default, older definitions from previous or the same file of predicates with same name/arity are quietly overwritten by default.
Do not worry about performance. List your predicates at will, using listing/1 or debug them with trace/1, modify them with assert/retract. Automagically, BinProlog will override heavily used predicates with compiled variants. This usually pushes performance to about half of optimized compiled code, while giving you the full flexibility of interpreted code.
$ bp -xTo compile and load a file possibly having one of the sufixes `pl' or `pro', do:
?-[<file>].To quickly consult a file for interpreted execution, having one of the sufixes `pl' or `pro', do:
?-co(<file>).Search path mechanism. BinProlog searches for programs in the directories ., ./progs and ../src ../library, relative to the BP_PATH environment variable which defaults silently to the current directory if undefined. The directory ./myprogs is also searched for possible user programs. While compatible to previous configurations which where single user minded, this allows installing the BinProlog distributon for shared use in a place like /usr/local/BinProlog2 In addition, the environment variable PROLOG_PATH provides a secondary search directory for including an individual user's Prolog library files. Mode is interactive by default (for compatibility with other Prologs) but if you use a modern, windows based environment you may want to switch it off with:
?- interactive(no).or turn it on again with
?- interactive(yes).Operators are defined and retrieved with
:-op/3, current_op/3. as in: ?-op(333,xfx,and). allowng to enter: ?-write(joe and mary),nl. instead of the usual ?-write(and(joe,mary)).
:-[file].which automatically adjusts to your current load method. You can set your prefered loading method directly from the command line using option l. Explicite use of compile/1 or reconsult/1 can be used to restrict your selection to a current compile method or consult method. Use co/0 and ed/0 as a shorthand to reload/re-edit the last compiled/consulted file. Use ~ file or co(file) as a short hand to reconsult a file with your current consult method. This is useful if your load method is by default a version of compile but you want to reconsult a file so that you can debug/list clauses of verious predicates. Normally, after each compile BinProlog cleanes up ALL its data areas. Not relaying on hidden state of the database as most Prologs do is a very IMPORTANT element of reliable software developpment. In compiled BinProlog recompiling means a fresh start, so that the future of computation is only dependent on your code, not on what happens to be accidentally in your database. This FEATURE is unlikely to be changed in the future. . With full flexibility of interpreted code and its automatic on the fly compilation, this limitation does not affect by any means a user who prefers conventional Prolog semantics, which is the default for the consulting facility co/1 or its shorthand ~ . There's however an ability to push your code into the BinProlog protected kernel at runtime by typing pc. This allows doing another compile/1 without discarding the currently compiled file, while protecting the first one from accidental overriding of predicates. A better way to proceed with multiple files is to create a *.pro project file and include in it all the files needed for the project using the :-[myFile] directive. BinProlog's built-in make facility (using scompile/1) ensures quick compilation of a project by only recompiling files that have been edited.
?- edit(<editor>,<file>).To edit and recompile the currently compiled file using the emacs editor, attached to environment variables EDITOR or VISUAL type:
?- ed.To edit and recompile the currently compiled file using the edit editor (under DOS) type:
?- edit.To simply recompile the last file type:
?- co.The debugger/tracer uses R.A. O'Keefe's public domain meta-interpreter. You can modify it in the file ëxtra.pl". DCG-expansion is supported by the public domain file dcg.pl. To debug a file type:
?- reconsult(FileName).and then
?- trace(Goal).For interactivity, both the toplevel and the debugger depend on
?-interactive(yes).or
?-interactive(no).My personal preference is using interactive(no) within a scrollable window. However, as traditionally all Prologs hassle the user after each answer BinProlog will do the same by default. If you forget the name of some builtin, apropos/1 (or help/1) will give you some (flexible up to one misspelled or missing letter) matches with their arities, while info/1 will give you online information on builtins. BinProlog allows debugging of dynamically recompiled code. Load your file with reconsult or one of its variants (dconsult, oconsult). You can benefit from efficient execution of code you do not want to look into which gets compiled on the fly during the debugging session, while being able to use trace/1 and listing/1 to see your predicates. BinProlog also features some new tracing options, i.e:
ENTER ==> call without tracing l ==> listing q,a ==> abort p ==> toplevel Prolog query t ==> succeed, but do not call this goal f ==> fail, and do not call this goal k ==> keep goal for further inspection s ==> show saved goals instances h ==> help ; ==> continue (default)The following terminal session shows an example of debugging session:
?-reconsult(allperms). consulting(../progs/allperms.pl) consulted(../progs/allperms.pl) time(consulting = 50,quick_compiling = 0,static_space = 0) yes ?- interactive(no). yes ?- trace(g0(3)).  Call: insert(1,[2,3],_x2407) <ENTER=call, ;=trace, h=help>: l % dynamic: insert/3: insert(A,B,[A|B]). insert(B,[A|C],[A|D]) :- insert(B,C,D). !!! clause: insert/3 Exit: insert(1,[2,3],[1,2,3]) Res=[1,2,3]; Redo: insert(1,[2,3],[1,2,3]) Call: insert(1,[3],_x3149) <ENTER=call, ;=trace, h=help>: ; !!! clause: insert/3 Exit: insert(1,[3],[1,3]) Exit: insert(1,[2,3],[2,1,3]) Res=[2,1,3]q ?-Starting with version 3.08 spy/1 and nospy/1 allow to watch entry and exit from compiled predicates. Note that they should be in the file to be compiled, before any use of the predicate to be spied on as in:
% FILE: jbond.pl :-spy a/1. :-spy c/1. b(X):-a(X),c(X). a(1). a(2). c(2). c(3).This gives the following interaction:
?-[jbond]. ...... ?- b(X).  Anyway, future of debugging is definitely not by tracing. One thing is to have stronger static checking. In dynamic debugging the way go is to have a database of trace-events and then query it with high level tools. We plan to add some non-tracing database-oriented debugging facilities in the future.
?- ~cal.After running the benchmark (which, by the way gets such a big speed-up through dynamic recompilation that it actually executes faster than the benchmark witness empty loop) we would like to spy on a predicate, with:
?-listing(day_of_week). ?-spy(day_of_week/4). ?-go(1). % toplevel goalSpy works as if no compilation has taken place! The trick is that BinProlog can switch back to the interpreted version quite easily as it has both in its working memory. You can at any time use something like make_static/1 or make_dynamic/1 to explicitely chose the desired execution format of a consulted predicate. This is a major improvement on debugging programs, over previous versions of BinProlog.
?- go(1). Call: day_of_week(1992,12,1,_x2474) <ENTER=call, ;=trace, h=help>: ; !!! clause: day_of_week/4 Call: cal_key(12,_x2947,_x2948) <ENTER=call, ;=trace, h=help>: ; !!! clause: cal_key/3 Exit: cal_key(12,4,0) ...................... ......................
(module)/1 current_module/1 is_module/1 - checks/generates an existing module-name module_call/2, ':'/2 - calls a predicate hidden in a module module_name/3 - adds the name of a module to a symbol module_predicate/3 - adds the name of a module to a goal modules/1 - gives the list of existing modulesThe following example:
:-module m1. :-public d/1. a(1). a(2). a(3). a(4). d(X):-a(X). :-module m2. :-public b/1. b(X):-c(X). c(2). c(3). c(4). c(5). c(6). :-module m3. :-public test/1. test(X):-b(X),d(X). :-module user. go:-modules(Ms),write(Ms),nl,fail. go:-test(X),write(X),nl,fail.Executing goal `go' will generate the following output:
[user/0,m1/0,m2/0,m3/0] 2 3 4Starting with version 3.30, predicates in the BinProlog system itself which are not intended to be used by applications, are hidden in the module prolog but can be accessed by calling them with
'prolog:my_predicate'(...)Explicit naming of the module where the hidden predicate is defined should be used when call/1, findall/3 etc. uses a hidden predicate, even if it is in the module itself. This draconian constraint is motivated by simplicity of BinProlog's stateless purely source-level module system. Basically predicates in a module have their names prefixed as in
my_current_module:my_predicatein a preprocessing step, except if they are declared public or are known to the system as being so (i.e. in the case of builtins). This basic concept of modules (essentially the same as what can be achieved with extern and static declarations in C) covers only compiled code, and is mostly intended to ensure multiple name spaces with a very simple semantics and no additional space or time overhead. On the other hand use of linear and intuitionistic implication is suggested for dynamic modular and hypothetical reasoning constructs. Meta-predicate declarations are not supported at this time (mostly because they are at least as cumbersome as just putting the right name extension in argument positions which require it, but they might be added in the future if a significant number of users will ask to have them. Note that builtins and predicates defined in a special module user are always public. A public predicate keeps its name unchanged in the global name space while hidden predicates have their names prefixed by the name of the module in their definitions and in all their statically obvious (first-order) uses. Alternatively, module/2 allows to define a module and its public predicates with one declaration as in:
:-module(beings,[cat/4,dog/4,chicken/2,fish/0,maple/1,octopus/255]).
BinProlog Server Window: ?-rpc_server. Jinni Client Window:: ?-new(client,C),C:ask(println(hello)),C:disconnect. helloHere is a BinProlog client talking to a Jinni server:
Jinni Server Window: ?- new(server,S),S:serve. hello BinProlog Client Window: ?- new_client(C),ask(C,println(hello)),stop_service(C).
bg(Goal) and synchronize(Statement)are all you need to get started. Take a look at the StockMarket Web-based demo at
http://www.binnetcorp.comfor a more interesting example using multiple threads. BinNet's online demo page contanins a naive reverse benchmark allowing the user to mesure BinProlog's performance with various thread/list lenght/iterations by filling in a Web form. On a Pentium 4 2.4 GHz, depending on the parmeters, BinProlog achieves between 120 and 130 million inferences/second (MegaLIPS).
"call((consult(hello),go,halt))"is passed to the function bp_main() exported by the DLL, BinProlog consults the file hello.pro, starts with the goal go and finaly halts. For more complex interaction with DLLs, we refer to BinProlog's C interface described in [3]. Mor complex interaction patterns may require some adaptation of the BinProlog sources, i.e. exporting some other functions and calling back through new BinProlog builtins. A Visual C/C++ project file is provided to simplify working with the sources as well as command line makefiles (see directory BP_DLL).
?- catch( (for(I,1,100),I=10,throw(boo(I)),println(too_late)), X, println(got(X)) ). got(boo(10)) I=_x2316, X=boo(10) yes
:-[file1]. ... :-[fileN].Compile the myfile.pl file to a corresponding myfile.wam file, using fcompile(myfile) or scompile(myfile) . The later contains a builtin make facility, for upgrading only the modules which have changed, while also loading the file into the development environment at the end. To execute the resulting myfile.wam binary application, type:
bpr <myfile>.wamThe BinProlog Runtime Executable (bpr.exe or bpr) has all the abilities of BinProlog, except the ability to compile applications to files or memory. However, it is able to consult and interpret Prolog data files, by asserting their content into the dynamic database. Executing complex code with the interpreter is, however, much slower than compiling, pleas make sure that the code you deliver has been previously compiled to the *.wam form, which is executed by the runtime system at full speed.
allperms.pl: permutation benchmarks with findall bestof.pl: an implementation of bestof/3 bfmeta.pl: breadth-first metainterpreter backprop.pl: float intensive neural net learning by back-propagation cal.pl: calendar: computes the last 10000 fools-days chat.pl: CHAT parser choice.pl: Choice-intensive ECRC benchmark cbrev.pl: nrev with ^/2 as a constructor instead of ./2 cube.pl: E. Tick's benchmark program fibo.pl: naive Fibonacci ffibo.pl: naive Fibonacci with floats mfibo.pl: Fibonacci with memoing dfibo.pl: Fibonacci with Delphi memoing hello.pl: example program to create stand-alone Unix application knight.pl: knight tour to cover a chess-board (uses the bboard) lknight.pl: knight tour to cover a chess-board (uses the lists) ltak.pl: tak program with lemmas lfibo.pl: fibo program with lemmas lq8.pl : 8 queens using global logical variables maplist.pl: fast findall based maplist predicate brev.pl: naive reverse benchmark nrev30.pl: small nrev benchmark to reconsult for the meta-interpreter or.pl: or-parallel simulator for binary programs (VT100) other_bm*: benchmark suite to compare Sicstus, Quintus and BinProlog puzzle.pl: king-prince-queen puzzle q8.pl: fast N-queens qrev.pl: quick nrev using builtin det_append/3 subset.pl: findall+subset tetris.pl: tetris player (VT100)
:-op(1000,xfy,','). :-op(1100,xfy,(';')). :-op(1200,xfx,('-->')). :-op(1200,xfx,(':-')). :-op(1200,fx,(':-')). :-op(700,xfx,'is'). :-op(700,xfx,'='). :-op(1050,xfx,(@@)). :-op(500,yfx,'-'). :-op(200,fy,'-'). :-op(500,yfx,'+'). :-op(200,fy,'+'). :-op(400,yfx,'/'). :-op(400,yfx,'*'). :-op(400,fx,'*'). :-op(400,yfx,(mod)). :-op(200,yfx,(**)). :-op(200,xfy,(^)). :-op(300,fy,(~)). :-op(650,xfy,'.'). :-op(660,xfy,'++'). :-op(700,xfx,'>='). :-op(700,xfx,'>'). :-op(700,xfx,'=<'). :-op(700,xfx,(<)). :-op(700,xfx,(=\=)). :-op(700,xfx,(=:=)). :-op(400,yfx,(>>)). :-op(400,yfx,(<<)). :-op(400,yfx,(//)). :-op(200,yfx,(\/)). :-op(200,yfx,(/\)). :-op(200,yfx,(\)). :-op(200,fx,(\)). :-op(700,xfx,(@>=)). :-op(700,xfx,(@=<)). :-op(700,xfx,(@>)). :-op(700,xfx,(@<)). :-op(700,xfx,(\==)). :-op(700,xfx,(==)). :-op(700,xfx,(=..)). :-op(700,xfx,(\=)). :-op(900,fy,(not)). :-op(900,fy,(\+)). :-op(900,fx,(spy)). :-op(900,fx,(nospy)). :-op(950,fx,(##)). :-op(950,xfy,(=>)). :-op(950,xfx,(<=)). :-op(1050,xfy,(->)). :-op(1150,fx,(dynamic)). :-op(1150,fx,(public)). :-op(1150,fx,(module)). :-op(1150,fx,(mode)). :-op(1150,fx,(multifile)). :-op(1150,fx,(discontiguous)). :-op(1200,xfx,(::-)). :-op(50,yfx,(:)). :-op(100,fx,(@)). :-op(50,fx,(^)). :-op(500,fx,(#>)). :-op(500,fx,(#<)). :-op(500,fx,(#:)). :-op(500,fx,(#+)). :-op(500,fx,(#*)). :-op(500,fx,(#=)). :-op(500,fx,(#-)). :-op(500,fx,(#?)).


This is a sample page to show a PWA banner for iOS. To see the banner loading this page has to be loaded in a iOS device


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use CampaignListFilters | |
|---|---|
| rsg.mailchimp.api.campaigns |
| Uses of CampaignListFilters in rsg.mailchimp.api.campaigns |
|---|
| Methods in rsg.mailchimp.api.campaigns that return CampaignListFilters | |
|---|---|
CampaignListFilters |
CampaignListFilters.setCampaignId(java.lang.String campaignId)
Set the campaignId to limit the results on, only this single campaign will be returned |
CampaignListFilters |
CampaignListFilters.setExact(boolean isExactSearch)
By default, the searching done with the options set in this class are exact, using this method you can disable that so the API will search within content for the filtered values |
CampaignListFilters |
CampaignListFilters.setFolderId(java.lang.String folderId)
Set the folder id to limit the results on |
CampaignListFilters |
CampaignListFilters.setFromEmail(java.lang.String email)
Set the from email to limit the results on |
CampaignListFilters |
CampaignListFilters.setLimit(int limit)
Set the limit for this search |
CampaignListFilters |
CampaignListFilters.setListId(java.lang.String listId)
Set the list id to limit the results on, only campains assigned to the list id in question will be returned |
CampaignListFilters |
CampaignListFilters.setSendtimeEnd(java.util.Date time)
Send the end time (IN GMT) to limit the results on, will only return campaigns that have been sent before this datetime |
CampaignListFilters |
CampaignListFilters.setSendtimeStart(java.util.Date time)
Set the start time (IN GMT) to limit the results on, will only return cammpaigns that have been sent since this datetime |
CampaignListFilters |
CampaignListFilters.setStart(int startVal)
Set the start of this search |
CampaignListFilters |
CampaignListFilters.setStatus(Constants.CampaignStatus status)
Set the status to limit the results on |
CampaignListFilters |
CampaignListFilters.setSubject(java.lang.String subject)
Set the subject to limit the results on |
CampaignListFilters |
CampaignListFilters.setTitle(java.lang.String title)
Set the title to limit the results on |
CampaignListFilters |
CampaignListFilters.setType(Constants.CampaignType type)
Set the type to limit the results on |
| Methods in rsg.mailchimp.api.campaigns with parameters of type CampaignListFilters | |
|---|---|
java.util.List<CampaignDetails> |
CampaignMethods.listCampaigns(CampaignListFilters filters)
|
|
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| PREV NEXT | FRAMES NO FRAMES |


Revised Services
Bring is revising the service portfolio. Some of our services have been given new service names, service codes and pricing models. Read more about the changesOld services will be phased out. From a given date, you will be converted to services with new service names (revised services) in Booking and Shipping Guide, and you can no longer book old services. The revised services are booked using your company’s main customer number.
This table shows which old services are impacted by the conversion, and which new service name/code they are mapped to:
Old vs Revised Service Mapping
| Old Service name | Old Service code | New Service Name | New Service Code | Service Group |
|---|---|---|---|---|
| Klimanøytral Servicepakke | SERVICEPAKKE | Pakke til hentested |
5800
|
Parcels Norway |
| På Døren | PA_DOREN | Pakke levert hjem |
5600
|
Parcels Norway |
| Bedriftspakke | BPAKKE_DOR-DOR | Pakke til bedrift |
5000
|
Parcels Norway |
| Bedriftspakke ekspress over natten | EKSPRESS09 | Ekspress neste dag |
4850
|
Parcels Norway |
| Servicepakke returservice | SERVICEPAKKE_RETURSERVICE | Retur fra hentested |
9300
|
Parcels Norway |
| Bedriftspakke returservice | BPAKKE_DOR-DOR_RETURSERVICE | Retur pakke fra bedrift |
9000
|
Parcels Norway |
| Bedriftspakke ekspress over natten returservice | EKSPRESS09_RETURSERVICE | Returekspress |
9600
|
Parcels Norway |
| Stykkgods | CARGO_GROUPAGE | Stykkgods til bedrift |
5100
|
Cargo Norway |
| Stykk- og partigods* | CARGO | Stykkgods til bedrift Partigods til bedrift |
5300
|
Cargo Norway |
| Stykk- og partigods* | CARGO | Retur stykkgods fra bedrift |
9100
|
Cargo Norway |
* There is a one-to-one mapping between the old and revised services (and thereby their respective booking flows) - except for the old service Groupage and Partload. This service had one common booking flow, but is split into two revised services/booking flows: Business Groupage and Business Partload. A separate booking flow has also been created for the revised service Return business groupage.
Value Added Services
Value Added Services for revised services needs to be requested with revised additional service code
| Additional Service Code | Additional Service name | Applies To |
|---|---|---|
| 1142 | Notification VAS | 5000, 5100, 5300 |
| 1000 | Cash On Delivery (COD) | 5800 |
| 2084 | Electronic notification | 5800 |
| 0041 | Simplified delivery | 5000, 4850 , 5100, 5300 , 5600 |
| 2141 | Frost-free | 5000, 4850 , 5100, 5300 |
| 1133 | Proof of identity required | 5000, 4850 , 5800, 5600 |
| 1220 | Consignment stopped and returned | 5000, 4850 , 5300, 5800, 5600 |
| 1082 | Social check | 5000, 4850 , 5100, 5300 , 5800, 5600 |
| 2142 | Special goods | 5100, 5300 |
| 0068 | Optional insurance | 5000 , 5800, 5600, 9000 |
| 1062 | Saturday delivery | 4850, 9600 |
| 2086 | Notification by letter | 5800 |
| 1245 | Dangerous goods | 5100, 5300 |


Easily highlight your content by adding

{Core Components}
Example


Simply put, this is the concept of basically connecting any device with an on and off switch to the Internet (and/or to each other). This includes everything from cellphones, coffee makers, washing machines, headphones, lamps, wearable devices and almost anything else you can think of. This also applies to components of machines, for example a jet engine of an airplane or the drill of an oil rig. As I mentioned, if it has an on and off switch then chances are it can be a part of the IoT. The analyst firm Gartner says that by 2020 there will be over 26 billion connected devices... That's a lot of connections (some even estimate this number to be much higher, over 100 billion). The IoT is a giant network of connected "things" (which also includes people). The relationship will be between people-people, people-things, and things-things.
Network 5G
5G is the term used to describe the next-generation of mobile networks beyond the 4G LTE mobile networks of today. As of mid-2016 there was no standard so the definition is still very fluid. It is assumed that 5G networks will not become commercially available until the 2020 timeframe.
Nokia 5G FIRST allows operators to address the near-infinite capacity demands of new applications anywhere - seamlessly and securely. This industry-first 5G solution provides innovations that will power the global nervous system.
With 5G FIRST, operators can gain a first-to-market advantage by launching 5G use cases before the standards have been finalized. 5G FIRST builds on our commercial 5G Nokia AirScale and AirFrame platforms to provide a versatile solution that spans the network.


{% extends 'page_tipo.html' %} {% load static %}
{% block header %}Number of TX per block{% endblock %}
{% block text %}Total number of transactions in each block.{% endblock %}
{% block pixel_info %}Full dark pixel means there is no transaction in the block a and full colored pixel means that there are more than {{ range_max }} transactions in the block.{% endblock %}
{% block line_info %}Number of transactions included in each block. Each point value is a 1000 blocks average.{% endblock %}


Hi, I'm Abate
In the living room of my NYC apartment, I partnered Kav & Andy to start a company would revolutionize how youth sports are filmed.
We built a camera powered by an NVIDIA Jetson called the F1 Camera. We leveraged Machine Learning at the edge to create an automated filming experience that would unlock filming youth sports at scale.
Eventually we brought these algorithms onto an iPhone, bringing real time game analytics to peoples pockets.
Now - Catch me at CX, where we make deploying AI models dead simple.


 In this sense PEM format is simply base64 encoded data surrounded by header lines. For more details about the meaning of arguments see the PEM FUNCTION ARGUMENTS section.
Each operation has four functions associated with it. For clarity the term
``foobar functions'' will be used to collectively refer to the
The PrivateKey functions read or write a private key in PEM format using an EVP_PKEY structure. The write routines use ``traditional'' private key format and can handle both RSA and DSA private keys. The read functions can additionally transparently handle PKCS#8 format encrypted and unencrypted keys too.
The PUBKEY functions process a public key using an EVP_PKEY structure. The public key is encoded as a SubjectPublicKeyInfo structure. The RSAPrivateKey functions process an RSA private key using an RSA structure. It handles the same formats as the PrivateKey functions but an error occurs if the private key is not RSA. The RSAPublicKey functions process an RSA public key using an RSA structure. The public key is encoded using a PKCS#1 RSAPublicKey structure. The RSA_PUBKEY functions also process an RSA public key using an RSA structure. However the public key is encoded using a SubjectPublicKeyInfo structure and an error occurs if the public key is not RSA. The DSAPrivateKey functions process a DSA private key using a DSA structure. It handles the same formats as the PrivateKey functions but an error occurs if the private key is not DSA. The DSA_PUBKEY functions process a DSA public key using a DSA structure. The public key is encoded using a SubjectPublicKeyInfo structure and an error occurs if the public key is not DSA. The DSAparams functions process DSA parameters using a DSA structure. The parameters are encoded using a foobar structure. The DHparams functions process DH parameters using a DH structure. The parameters are encoded using a PKCS#3 DHparameter structure. The X509 functions process an X509 certificate using an X509 structure. They will also process a trusted X509 certificate but any trust settings are discarded. The X509_AUX functions process a trusted X509 certificate using an X509 structure. The X509_REQ and X509_REQ_NEW functions process a PKCS#10 certificate request using an X509_REQ structure. The X509_REQ write functions use CERTIFICATE REQUEST in the header whereas the X509_REQ_NEW functions use NEW CERTIFICATE REQUEST (as required by some CAs). The X509_REQ read functions will handle either form so there are no X509_REQ_NEW read functions. The X509_CRL functions process an X509 CRL using an X509_CRL structure. The PKCS7 functions process a PKCS#7 ContentInfo using a PKCS7 structure. The NETSCAPE_CERT_SEQUENCE functions process a Netscape Certificate Sequence using a NETSCAPE_CERT_SEQUENCE structure.
PEM FUNCTION ARGUMENTSThe PEM functions have many common arguments. The bp BIO parameter (if present) specifies the BIO to read from or write to. The fp FILE parameter (if present) specifies the FILE pointer to read from or write to. The PEM read functions all take an argument TYPE **x and return a TYPE * pointer. Where TYPE is whatever structure the function uses. If x is NULL then the parameter is ignored. If x is not NULL but *x is NULL then the structure returned will be written to *x. If neither x nor *x is NULL then an attempt is made to reuse the structure at *x (but see BUGS and EXAMPLES sections). Irrespective of the value of x a pointer to the structure is always returned (or NULL if an error occurred). The PEM functions which write private keys take an enc parameter which specifies the encryption algorithm to use, encryption is done at the PEM level. If this parameter is set to NULL then the private key is written in unencrypted form. The cb argument is the callback to use when querying for the pass phrase used for encrypted PEM structures (normally only private keys). For the PEM write routines if the kstr parameter is not NULL then klen bytes at kstr are used as the passphrase and cb is ignored. If the cb parameters is set to NULL and the u parameter is not NULL then the u parameter is interpreted as a null terminated string to use as the passphrase. If both cb and u are NULL then the default callback routine is used which will typically prompt for the passphrase on the current terminal with echoing turned off. The default passphrase callback is sometimes inappropriate (for example in a GUI application) so an alternative can be supplied. The callback routine has the following form: int cb(char *buf, int size, int rwflag, void *u); buf is the buffer to write the passphrase to. size is the maximum length of the passphrase (i.e. the size of buf). rwflag is a flag which is set to 0 when reading and 1 when writing. A typical routine will ask the user to verify the passphrase (for example by prompting for it twice) if rwflag is 1. The u parameter has the same value as the u parameter passed to the PEM routine. It allows arbitrary data to be passed to the callback by the application (for example a window handle in a GUI application). The callback must return the number of characters in the passphrase or 0 if an error occurred.
EXAMPLESAlthough the PEM routines take several arguments in almost all applications most of them are set to 0 or NULL. Read a certificate in PEM format from a BIO: X509 *x; x = PEM_read_bio_X509(bp, NULL, 0, NULL); if (x == NULL) { /* Error */ } Alternative method: X509 *x = NULL; if (!PEM_read_bio_X509(bp, &x, 0, NULL)) { /* Error */ } Write a certificate to a BIO: if (!PEM_write_bio_X509(bp, x)) { /* Error */ } Write an unencrypted private key to a FILE pointer: if (!PEM_write_PrivateKey(fp, key, NULL, NULL, 0, 0, NULL)) { /* Error */ } Write a private key (using traditional format) to a BIO using triple DES encryption, the pass phrase is prompted for: if (!PEM_write_bio_PrivateKey(bp, key, EVP_des_ede3_cbc(), NULL, 0, 0, NULL)) { /* Error */ } Write a private key (using PKCS#8 format) to a BIO using triple DES encryption, using the pass phrase ``hello'': if (!PEM_write_bio_PKCS8PrivateKey(bp, key, EVP_des_ede3_cbc(), NULL, 0, 0, "hello")) { /* Error */ } Read a private key from a BIO using the pass phrase ``hello'': key = PEM_read_bio_PrivateKey(bp, NULL, 0, "hello"); if (key == NULL) { /* Error */ } Read a private key from a BIO using a pass phrase callback: key = PEM_read_bio_PrivateKey(bp, NULL, pass_cb, "My Private Key"); if (key == NULL) { /* Error */ } Skeleton pass phrase callback: int pass_cb(char *buf, int size, int rwflag, void *u); { int len; char *tmp; /* We'd probably do something else if 'rwflag' is 1 */ printf("Enter pass phrase for \"%s\"\n", u); /* get pass phrase, length 'len' into 'tmp' */ tmp = "hello"; len = strlen(tmp); if (len <= 0) return 0; /* if too long, truncate */ if (len > size) len = size; memcpy(buf, tmp, len); return len; }
NOTES
The old PrivateKey write routines are retained for compatibility. New applications should
write private keys using the The PrivateKey read routines can be used in all applications because they handle all formats transparently. A frequent cause of problems is attempting to use the PEM routines like this: X509 *x; PEM_read_bio_X509(bp, &x, 0, NULL); this is a bug because an attempt will be made to reuse the data at x which is an uninitialised pointer.
PEM ENCRYPTION FORMATThis old PrivateKey routines use a non standard technique for encryption. The private key (or other data) takes the following form: -----BEGIN RSA PRIVATE KEY----- Proc-Type: 4,ENCRYPTED DEK-Info: DES-EDE3-CBC,3F17F5316E2BAC89 ...base64 encoded data... -----END RSA PRIVATE KEY-----
The line beginning DEK-Info contains two comma separated pieces of
information: the encryption algorithm name as used by
After this is the base64 encoded encrypted data.
The encryption key is determined using
BUGSThe PEM read routines in some versions of OpenSSL will not correctly reuse an existing structure. Therefore the following: PEM_read_bio_X509(bp, &x, 0, NULL); where x already contains a valid certificate, may not work, whereas: X509_free(x); x = PEM_read_bio_X509(bp, NULL, 0, NULL); is guaranteed to work.
RETURN CODESThe read routines return either a pointer to the structure read or NULL if an error occurred. The write routines return 1 for success or 0 for failure.
SEE ALSOEVP_get_cipherbyname(3), EVP_BytesToKey(3) | ||||||||||||||||||||


---
title: "Guatemala"
layout: post
tag: jekyll
image: https://koppl.in/indigo/assets/images/jekyll-logo-light-solid.png
headerImage: true
captures: true
projects: true
hidden: true # don't count this post in blog pagination
description: "This is a simple and minimalist template for Jekyll for those who likes to eat noodles."
category: project
author: johndoe
externalLink: false
---


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public interface NodeExtension
| Modifier and Type | Method and Description |
|---|---|
void |
afterStart(Node node)
Called after node is started
|
void |
beforeStart(Node node)
Called before node is started
|
PacketReader |
createPacketReader(TcpIpConnection connection,
IOService ioService)
Creates a PacketReader for given Connection instance.
|
PacketWriter |
createPacketWriter(TcpIpConnection connection,
IOService ioService)
Creates a PacketWriter for given Connection instance.
|
SerializationService |
createSerializationService()
Creates a SerializationService instance to be used by this Node.
|
<T> T |
createService(Class<T> type)
Creates a service which is an implementation of given type parameter.
|
void |
destroy()
Destroys NodeExtension.
|
MemberSocketInterceptor |
getMemberSocketInterceptor()
Returns MemberSocketInterceptor for this Node if available,
otherwise returns null.
|
MemoryStats |
getMemoryStats()
Returns MemoryStats of for the JVM and current HazelcastInstance.
|
Storage<DataRef> |
getNativeDataStorage()
Deprecated.
|
SecurityContext |
getSecurityContext()
Returns SecurityContext for this Node if available, otherwise returns null.
|
SocketChannelWrapperFactory |
getSocketChannelWrapperFactory()
Returns SocketChannelWrapperFactory instance to be used by this Node.
|
void |
onThreadStart(Thread thread)
Called on thread start to inject/intercept extension specific logic,
like; registering thread in some service,
executing a special method before thread starts to do its own task.
|
void |
onThreadStop(Thread thread)
Called before a thread stops to clean/release injected by
onThreadStart(Thread) . |
void |
printNodeInfo(Node node)
Called to print node information during startup
|
void beforeStart(Node node)
void printNodeInfo(Node node)
void afterStart(Node node)
SerializationService createSerializationService()
SecurityContext getSecurityContext()
@Deprecated Storage<DataRef> getNativeDataStorage()
<T> T createService(Class<T> type)
type
- type of serviceIllegalArgumentException
- if type is not knownMemberSocketInterceptor getMemberSocketInterceptor()
SocketChannelWrapperFactory getSocketChannelWrapperFactory()
PacketReader createPacketReader(TcpIpConnection connection, IOService ioService)
connection
- tcp-ip connectionioService
- IOServicePacketWriter createPacketWriter(TcpIpConnection connection, IOService ioService)
connection
- tcp-ip connectionioService
- IOServicevoid onThreadStart(Thread thread)
thread
- thread startingvoid onThreadStop(Thread thread)
onThreadStart(Thread)
.thread
- thread stoppingMemoryStats getMemoryStats()
void destroy()
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Method handles are often described as a retrofitted version of Java's reflection API, but this is not what they are meant to represent.
While method handles can represent a method, constructor or field, they are not intended to describe properties of these class members.
It is for example not possible to directly extract metadata from a method handle such as modifiers or annotation values of the represented method.
And while method handles allow for the invocation of a referenced method, their main purpose is to be used together with an invokedynamic
call site.
For gaining a better understanding of method handles, looking at them as an imperfect replacement for the reflection API is however a reasonable starting point.
Method handles cannot be instantiated.
Instead, method handles are created by using a designated lookup object.
These objects are themselves created by using a factory method that is provided by the MethodHandles
class.
Whenever this factory is invoked, it first creates a security context which ensures that the resulting lookup object can only locate methods that are also visible to the class from which the factory method was invoked.
A lookup object can then be created as follows:
As argued before, the above lookup object could only be used to locate methods that are also visible to the Example
class such as foo
.
It would for example be impossible to look up a private method of another class.
This is a first major difference to using the reflection API where private methods of outside classes can be located just as any other method and where these methods can even be invoked after marking such a method as accessible.
Method handles are therefore sensible of their creation context which is a first major difference to the reflection API.
笔记：从功能上来说，Method handles要比Java reflection API要弱一点儿。
Apart from that, a method handle is more specific than the reflection API by describing a specific type of method rather than representing just any method.
In a Java program, a method's type is a composite of both the method's return type and the types of its parameters.
For example, the only method of the following Counter
class returns an int
representing the number of characters of the only String
-typed argument:
笔记：method type = return type + parameter types
A representation of this method's type can be created by using another factory.
This factory is found in the MethodType
class which also represents instances of created method types.
Using this factory, the method type for Counter::count
can be created
by handing over the method's return type and its parameter types bundled as an array:
By using the lookup object that was created before and the above method type,
it is now possible to locate a method handle that represents the Counter::count
method as depicted in the following code:
At first glance, using a method handle might seem like an overly complex version of using the reflection API. However, keep in mind that the direct invocation of a method using a handle is not the main intent of its use.
The main difference of the above example code and of invoking a method via the reflection API is only revealed when looking into the differences of how the Java compiler translates both invocations into Java byte code. When a Java program invokes a method, this method is uniquely identified by its name and by its (non-generic) parameter types and even by its return type. It is for this reason that it is possible to overload methods in Java. And even though the Java programming language does not allow it, the JVM does in theory allow to overload a method by its return type.
Following this principle, a reflective method call is executed as a common method call of the Method::invoke
method.
This method is identified by its two parameters which are of the types Object
and Object[]
.
In addition to this, the method is identified by its Object
return type.
Because of this signature, all arguments to this method need to always be boxed and enclosed in an array.
Similarly, the return value needs to be boxed if it was primitive or null
is returned if the method was void
.
Method handles are the exception to this rule.
Instead of invoking a method handle by referring to the signature of MethodHandle::invokeExact
signature
which takes an Object[]
as its single argument and returns Object
,
method handles are invoked by using a so-called polymorphic signature.
A polymorphic signature is created by the Java compiler dependant on the types of the actual arguments and the expected return type at a call site.
For example, when invoking the method handle as above with
the Java compiler translates this invocation as if the invokeExact
method was defined to
accept a single argument of type String
and returning an int
type.
Obviously, such a method does not exist and for (almost) any other method, this would result in a linkage error at runtime.
For method handles, the Java Virtual Machine does however recognize this signature to be polymorphic and
treats the invocation of the method handle as if the Counter::count
method that the handle refers to was inset directly into the call site.
Thus, the method can be invoked without the overhead of boxing primitive values or the return type and without placing the argument values inside an array.
At the same time, when using the invokeExact
invocation,
it is guaranteed to the Java virtual machine that the method handle always references a method at runtime that is compatible to the polymorphic signature.
For the example, the JVM expected that the referenced method actually accepts a String
as its only argument and that it returns a primitive int
.
If this constraint was not fulfilled, the execution would instead result in a runtime error.
However, any other method that accepts a single String
and that returns a primitive int
could be
successfully filled into the method handle's call site to replace Counter::count
.
In contrast, using the Counter::count
method handle at the following three invocations would result in runtime errors, even though the code compiles successfully:
The first statement results in an error because the argument that is handed to the handle is too general.
While the JVM expected a String
as an argument to the method, the Java compiler suggested that the argument would be an Object
type.
It is important to understand that the Java compiler took the casting as a hint for
creating a different polymorphic signature with an Object
type as a single parameter type
while the JVM expected a String
at runtime.
Note that this restriction also holds for handing too specific arguments,
for example when casting an argument to an Integer
where the method handle required a Number
type as its argument.
In the second statement, the Java compiler suggested to the runtime that
the handle's method would return an Integer
wrapper type instead of the primitive int
.
And without suggesting a return type at all in the third statement,
the Java compiler implicitly translated the invocation into a void
method call.
Hence, invokeExact
really does mean exact.
This restriction can sometimes be too harsh.
For this reason, instead of requiring an exact invocation, the method handle also allows for a more forgiving invocation
where conversions such as type castings and boxings are applied.
This sort of invocation can be applied by using the MethodHandle::invoke
method.
Using this method, the Java compiler still creates a polymorphic signature.
This time, the Java virtual machine does however test the actual arguments and the return type
for compatibility at run time and converts them by applying boxings or castings, if appropriate.
Obviously, these transformations can sometimes add a runtime overhead.
Other than Method
instances of the reflection API, method handles can equally reference fields or constructors.
The name of the MethodHandle
type could therefore be seen as too narrow.
Effectively, it does not matter what class member is referenced via a method handle at runtime
as long as its MethodType
, another type with a misleading name, matches the arguments that are passed at the associated call site.
Using the appropriate factories of a MethodHandles.Lookup
object, a field can be looked up to represent a getter or a setter.
Using getters or setters in this context does not refer to invoking an actual method that follows the Java bean specification.
Instead, the field-based method handle directly reads from or writes to the field but in shape of a method call via invoking the method handle.
By representing such field access via method handles, field access or method invocations can be used interchangeably.
As an example for such interchange, take the following class:
For the above Bean
class, the following method handles can be used for either writing a string to the value
field or for invoking the print
method with the same string as an argument:
As long as the method handle call site is handed an instance of Bean
together with a String
while returning void
, both method handles could be used interchangeably as shown here:
Note that the polymorphic signature of the above call site does not match the method type of the above handle.
However, within Java byte code, non-static methods are invoked as if they were static methods with where the this
reference is handed as a first, implicit argument.
A non-static method's nominal type does therefore diverge from its actual runtime type.
Similarly, access to a non-static field requires an instance to be access.
Similarly to fields and methods, it is possible to locate and invoke constructors
which are considered as methods with a void
return value for their nominal type.
Furthermore, one can not only invoke a method directly but even invoke a super method
as long as this super
method is reachable for the class from which the lookup factory was created.
In contrast, invoking a super method is not possible at all
when relying on the reflection API.
If required, it is even possible to return a constant value from a handle.
Method handles are often described as being a more performant as the Java reflection API. At least for recent releases of the HotSpot virtual machine, this is not true. The simplest way of proving this is writing an appropriate benchmark. Then again, is not all too simple to write a benchmark for a Java program which is optimized while it is executed. The de facto standard for writing a benchmark has become using JMH, a harness that ships under the OpenJDK umbrella.
From the benchmark, it becomes obvious that reflection is already implemented quite efficiently. Modern JVMs know a concept named inflation where a frequently invoked reflective method call is replaced with runtime generated Java byte code. What remains is the overhead of applying the boxing for passing arguments and receiving a return values. These boxings can sometimes be eliminated by the JVM's Just-in-time compiler but this is not always possible. For this reason, using method handles can be more performant than using the reflection API if method calls involve a significant amount of primitive values. This does however require that the exact method signatures are already known at compile time such that the appropriate polymorphic signature can be created. For most use cases of the reflection API, this guarantee can however not be given because the invoked method's types are not known at compile time. In this case, using method handles does not offer any performance benefits and should not be used to replace it.
Normally, invokedynamic
call sites are created by the Java compiler only when it needs to translate a lambda expression into byte code.
It is worthwhile to note that lambda expressions could have been implemented without invokedynamic
call sites altogether, for example by converting them into anonymous inner classes.
As a main difference to the suggested approach, using invokedynamic
delays the creation of a similar class to runtime.
We are looking into class creation in the next section.
For now, bear however in mind that invokedynamic
does not have anything to do with class creation,
it only allows to delay the decision of how to dispatch a method until runtime.
For a better understanding of invokedynamic
call sites, it helps to create such call sites explicitly in order to look at the mechanic in isolation.
Any invokedynamic
call site eventually yields a MethodHandle
that references the method to be invoked.
Instead of invoking this method handle manually, it is however up to the Java runtime to do so.
Because method handles have become a known concept to the Java virtual machine, these invocations are then optimized similarly to a common method call.
Any such method handle is received from a so-called bootstrap method which is nothing more than a plain Java method that fulfills a specific signature.
For a trivial example of a bootstrap method, look at the following code:
For now, we do not care much about the arguments(Object... args
) of the bootstrap
method.
Instead, notice that the bootstrap
method is static
which is as a matter of fact a requirement.
Within Java byte code, an invokedynamic
call site references the full signature of a bootstrap
method
but not a specific object which could have a state and a life cycle.
Once the invokedynamic
call site is invoked, control flow is handed to the referenced bootstrap method
which is now responsible for identifying a method handle.
Once this method handle is returned from the bootstrap method, it is invoked by the Java runtime.
As obvious from the above example, a MethodHandle
is not returned directly from a bootstrap method.
Instead, the handle is wrapped inside of a CallSite
object.
Whenever a bootstrap method is invoked, the invokedynamic
call site is later permanently bound to the CallSite
object that is returned from this method.
Consequently, a bootstrap method is only invoked a single time for any call site.
Thanks to this intermediate CallSite
object, it is however possible to exchange the referenced MethodHandle
at a later point.
For this purpose, the Java class library already offers different implementations of CallSite
.
We have already seen a ConstantCallSite
in the example code above.
As the name suggests, a ConstantCallSite
always references the same method handle without a possibility of a later exchange.
Alternatively, it is however also possible to for example use a MutableCallSite
which allows to change the referenced MethodHandle
at a later point in time or it is even possible to implement a custom CallSite
class.


Airport '77 (Reviewed on Feb. 14/99)
Starring Jack Lemmon, Jimmy Stewart, Lee Grant
"Airport '77", an entertaining disaster film, can easily be broken down into three seperate sections. First, we meet all the passengers on the doomed flight. This takes about 45 minutes. Secondly, we see the evil hijackers attempt to take over the ship and eventually fail. This also takes about 45 minutes. Finally, the last half hour is devoted to the rescue effort of the Coast Guard following the ship's crash into the ocean.
Despite the predictable nature of the screenplay, "Airport '77" is enjoyable enough, in a leave-your-brain-at-the-door type of way. Jack Lemmon stars as the earnest and dedicated captain who's determined to save his ship and passengers. Jimmy Stewart plays a rich business man who's daughter and grand-daughter are on the flight. He doesn't do much except look really, really worried. And of course, this being an "Airport" movie, there are many stars on the flight.  George Kennedy inexplicably shows up halfway through and starts ordering people around. I suppose he's here because he was in the previous "Airport" films.
There's nothing terribly original about "Airport '77". Everyone's just going through the motions, including the always-great Jack Lemmon. This is a story that's been done many, many times before and one can sense that the only reason a movie like this was even made was to assemble all these aging stars that would otherwise be out-of-work. If making movies like this is what it takes to see actors like Olivia de Havilland and Joseph Cotton working again, than so be it.
Besides, the movie itself isn't all *that* bad, once you get past the utter predictability of it. For a film made in 1977, the special effects aren't too shabby (of course, they're nothing compared to "Star Wars", also released in'77), and there are moments of genuine excitment.
"Airport '77" isn't exactly ground-breaking entertainment, but it is worth watching just for a chance to see a lot of legendary actors working in the same movie.
**1/2 out of ****
-- David Nusair http://www.reelfilm.com
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