HTML Quick Update Resource And HTML VPN Programming

The following is free of charge. It is for free public use.

#HTMLProgrammingSecurity

1. For a thorough undertsanding of how to proceed with your company's obligations and rights with respect to WAN (Wide Area Network) protections please consult a formal legal advisor (criminal law and contract law) for clarity on how to proceed with indemnity.

2. For safe internet development, for global network security including avoiding being declared a terrorist for any errors - deliberate or inadvertent. HTML programming should only be coded on an internet-disabled, local area network or similarly internet-disabled, network device. 

3. Treason or related criminal charges in any nation, not limited to the United States may follow, if the security process above (in this paragraph) is not adhered to, at least as onerously as stated. All code must be recorded and secured - preferably on secure, online storage, prior to coding it into any network, as stated prior, in this paragraph. It may be subpoenaed or summonsed in the event of any degree of internet disruption.

The Language Patch

The programming is edited in a text editor and pasted in the browser URL bar.

Clarity is paramount in all programming, especially anything as vital and mission critical as web programming. To that effect, the convention of using quotation marks for contextualisation, shouls be kept only to legacy use.

( * ) replaces " * "

A normal html script for HTML programming security would be expressed as follows.

(1) " * = a ", or

(2) " * = 0 " to delete (1)

The most rudimentary VPN (virtual private network) code to prevent deletion of code by an alternative developer is presented at (5).

// "x" is a variable, and "a" is constant. "a" should be a unique integer for simplicity and for better WAN (wide area network) protection.

The variable "x" has an inherent and active clock, “clock() ,” in the dependent variable, when code expressed with it is enabled in any computer network, from a single workstation device to the entire WAN. //

(3) time_t [ i + 1 ] - time_t [ i ] = a sec

(4) // x is read by html as a time-dependent variable, as indicated immediately below. It does not need to be programmed with the time variable simplification. The simplification has been included for clarity of programming confidence, only. //

x = ω * t ,

2 * M_Pi * frequency * clock( ) ,

2 * M_Pi * ( 1/( time_t [ i + 1 ] - time_t [ i ] ) ) * clock( ) ;

Markup language, inherent in every computer would complete the "x" simplification as:

x = 2 * M_Pi * ( 1/( time_t [ i + 1 ] - time_t [ i ] ) ) * clock( ) / 2 * M_Pi ,

to populate real numbers.

(5) " * = ( ( x ^ 1/2 ) ^ 2 + ( a ^ 1/2 ) ^ 2 ) + 1) "

The "+ 1," above, prevents the expression " ( x ^ 1/2 ) ^ 2 + ( a ^ 1/2 ) ^ 2 ) + 1" from ever populating a "0" result. The powers in the expressions force the population of only positive variables.

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