HTML diagram:structure of web.

[htp://123/123/123/123/]__ [htp://345/345/345/345]=name of company name

^_____________________________________________________________________ ^_______________________________________________

[-[/index]----------[/page]----------------[page2] ] [-[/index]-------------[/page] ]

[ |-@ts.php @form. js @movie theater.oes ] [ @form. ts |-[/page]-------[/page] ]

[ |-@files.php @input. es @-->[company/ ]--------------[ @send. js | |-catch. php |-music ]

[ | @block. secret page/music ] [ @css.php |-@.spreadsheet | player. js ]

[ | @season. css player. js]] [ @commection.php |-[store/db] ]

[ |-@query.php ] __________________________________________________________

[ |-bold.css ] |

[ |-hand. js ] |

__________________________________________________________________ |

| |

| [htp://789/789/789/789]=store server.

[htp://000.000.000.000/]=his name. ^[-[query.script] ]

^[-[/top]---------------------------[/page] ] [ [db1. box] [db2.box] [db3.box] ]

[ |-[/page] @open key ] _________________________________________________________

[ |-[/page] @->store/db2 ]

[ |-[/page]-----[/page] ] [secret group]

[ | @.css @docs.php ] ^[@target attck]

[ | @1. js @menu. js ]

[ | @2. js ]

[ | @.ts ]

[ |-@text.php ]

___________________________________________

access to oversea is believed more expensive.

Recommendation

of

WEB distingushment.

html={.html, .css, .js, .ts, .es, .php}

js, ts, es={(ecma in)->{struct ts}.{function(arg){action} js}}->(ecma out)}

css=color of html or scripts.

php=

query.php

html.php

css.php

js.php

ts.php

es.php

xml=<q=query.php></q>

when you make web file then just combinate each files on html file with query.php manipulations.

Back：https://sites.google.com/view/1mcalculation/

EXAMPLE file title.html:

<html>

<call=file.css seclectible css.php>

<css.h1>sentences</css.h1>

<css.h2>sentences</css.h2>

<css.h3>sentences</css.h3>

<php id=3 in query.php>contents of scripts</php>

onput:

.

sentences

<jump:next html pages>

<jump:back to html pages>

</html>

url indicate example /movie theater?title=favor1:favora:favorA.

url indicate example /music?title=sound1:shape angle:audio device.

url indicate wxample /thank you for your data?box=where1:where2:where3.

TEX is such better as <tex>{equations}</tex> use scripts but recent year to be put this in the general link connecting with example of MathJax. I have heared this because of some technical complexies.

guests can access to your internal programs use XML<q>tags.

with complex script techniques have shown complexed games in example of SuperMario.

this is able but SuperMario is patent idea program so different to original in script one.

this is why called 'recommendation' because of every file hiddenable from any access.

Cash Card Problem.

[costomer:money]-[server:log data]-[shop:wage]-[isolation:hidden]

(payment responsibity data) is able to be put on example of costomer or server or shop or isolation.

a organization open site should be on the server in front.

[internet]--[ ------ (disconnectable) ------ {inner network structure} ]

[htp://IP] -- [ -- [ -- [entrance gate] -- ] { } ]

[ [ -- [html closable] -- ] { } ]

[ [ --[security door] -- ] -- {inner network structure} ]

it is separated device should be because of taking small security.

server cost is referencingly shown that

personal html files : 30 dollers in example of Ardiuno size.

1room chat site : 60 dollers in example of RasberryPi size.

mobile phone : almost 5 structured computer then 80thousand doller

+3netcables 9 thousand doller

=89 thousand doller

less than 40 people organisation open site :

100 dollers in example of NAS or large of RasberryPi.

250 people organisation open site:

300 dollers or 600 dollers in example of 1GB notebook computer.

a ten thousand citizen information site:

a thousand dollers in example of 10GB sever.

+10dollers to charge 1MB such charging new employee.

+30dollers to append CD/DVD drive such as to put 2hour movie file.

a museum center (per 10 thousand people):

each application is opened by html : 1MB each applications.

+gate responsibilities such count of in/out : 1MB per day.

+100 of DVD titles with 1GBcable : 100dollers x 100titles

30dollers x 100devices

160dollers each year

= 24MB in ten year

+ 365MB per year

+ 13 thousand dollers in constant

+ 160 dollers per year.

=1thou dol + 10dol in ten+ 13thou dol + 1.6 thou dol in ten.

=16thousand doller in ten years.

a library center(per 10thousand people):

a book is : 1MB and 36 dollers

10thousand title : 10GB and 360thousand dollers.

10GB server with transmission : 2.6 thousand dollers.

total of sever cost and data cost : 365 thousand dollers.