4.30 - Revision history

Mikhail.zheleznov: corrected sample code error

2020-07-25T17:15:15Z

corrected sample code error

← Older revision		Revision as of 17:15, 25 July 2020
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	*Left-Arrow/Up-Arrow – Goes to the prior control		*Left-Arrow/Up-Arrow – Goes to the prior control
	*Right-Arrow/Down-Arrow – Goes to the next control		*Right-Arrow/Down-Arrow – Goes to the next control



Line 1,026:		Line 1,025:


			A sample program to demonstrate TEXT entry is:

	~~A sample program to demonstrate TEXT entry is:~~
	01000 ! Rep Text		01000 ! Rep Text
	01020 ! Test New Text Fiueld Type		01020 ! Test New Text Fiueld Type
Line 1,036:		Line 1,035:
	01120 print TEXT$		01120 print TEXT$
	01140 let STR2MAT(TEXT$, MAT TEXT$, CHR$(10))		01140 let STR2MAT(TEXT$, MAT TEXT$, CHR$(10))
	~~1160 rint~~ MAT TEXT$		01160 print MAT TEXT$

	== INPUT ACROSS MULTIPLE WINDOWS==		== INPUT ACROSS MULTIPLE WINDOWS==

Mikhail.zheleznov: formatting

2020-07-25T17:13:02Z

formatting

← Older revision		Revision as of 17:13, 25 July 2020
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	A sample program to demonstrate date entry is:		A sample program to demonstrate date entry is:

	01000 ! Rep Date_Input		01000 ! Rep Date_Input

Mikhail.zheleznov: formatting

2020-07-25T17:12:09Z

formatting

Mikhail.zheleznov: formatting

2020-07-25T17:10:48Z

formatting

← Older revision		Revision as of 17:10, 25 July 2020
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	DATE(mask) can now be used as an INPUT FIELDS specification.		DATE(mask) can now be used as an INPUT FIELDS specification.

	10 INPUT FIELDS “row, col, DATE(mask) ,UH” : date-var		10 INPUT FIELDS “row, col, DATE(mask) ,UH” : date-var

	Special keyboard processing:		Special keyboard processing:
Line 977:		Line 977:
	01220 print fields "15,10,date(yy/mm/dd)": DATE_VAR		01220 print fields "15,10,date(yy/mm/dd)": DATE_VAR
	01240 print fields "18,10,N 6": DATE_VAR !Show days format		01240 print fields "18,10,N 6": DATE_VAR !Show days format



	== NEW TEXT FIELD FORMAT==		== NEW TEXT FIELD FORMAT==

Mikhail.zheleznov: formatting

2020-07-25T17:09:23Z

formatting

← Older revision		Revision as of 17:09, 25 July 2020
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	Relative Font Heights ( height to width ratios ):		Relative Font Heights ( height to width ratios ):
	Native Courier New 1.6 - available in PCL -		*Native Courier New 1.6 - available in PCL
	Native Letter Gothic 2.0 - available in PCL -		*Native Letter Gothic 2.0 - available in PCL
	Stretched Fonts 2.6 - NWP and PDF only -		*Stretched Fonts 2.6 - NWP and PDF only

	The 1.6, 2.0, 2.6 are ratios. For Courier New the 1.6 means that the font is 1.6 times as high as it is wide. PCL measures all fixed width fonts in width and calculates the height based on these ratios. So for Courier New a 10 CPI font would be 1.6 * (1 / 10)(CPI) * 72 (points per inch) = 11.52 points. Actually the ratio for Courier New appears to be 1.66666666. This would mean that 1.66666666 * (1/10) * 72 = 12 points.		The 1.6, 2.0, 2.6 are ratios. For Courier New the 1.6 means that the font is 1.6 times as high as it is wide. PCL measures all fixed width fonts in width and calculates the height based on these ratios. So for Courier New a 10 CPI font would be 1.6 * (1 / 10)(CPI) * 72 (points per inch) = 11.52 points. Actually the ratio for Courier New appears to be 1.66666666. This would mean that 1.66666666 * (1/10) * 72 = 12 points.


	== EXTENDED DATE / TIME FUNCTIONS==		== EXTENDED DATE / TIME FUNCTIONS==

Mikhail.zheleznov: formatting

2020-07-25T17:05:50Z

formatting

← Older revision		Revision as of 17:05, 25 July 2020
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	Improved installation routines:		Improved installation routines:
	Easy to use		*Easy to use
	Compatible with Windows Vista/7		*Compatible with Windows Vista/7
	Compatible with 64 Bit Machines (both 32 and 64 bit drivers).		*Compatible with 64 Bit Machines (both 32 and 64 bit drivers).
	Easily create DNS entries from the CONTEXT using a BR program called CREATE_INI.BR. (You will need to tailor the resulting INI file to the target setting.)		*Easily create DNS entries from the CONTEXT using a BR program called CREATE_INI.BR. (You will need to tailor the resulting INI file to the target setting.)
	Installation on a client can be done from a command line avoiding the need for human interaction at the client.		*Installation on a client can be done from a command line avoiding the need for human interaction at the client.

			Other improvements:
			*Support for 64 bit Record Locking (No 2GB Limit!).
			*Implemented Dynamic (on the fly) Indexes.
			*The ODBC splash screen has been removed.



	Support for 64 bit Record Locking (No 2GB Limit!).
	Implemented Dynamic (on the fly) Indexes.
	The ODBC splash screen has been removed.

	ODBC Logging:		ODBC Logging:
Line 895:		Line 889:
	=== New Procedure for Utilizing MS Access ODBC Middleware ===		=== New Procedure for Utilizing MS Access ODBC Middleware ===

	A procedure has been established for greatly expanding the SQL capabilities of the BR ODBC driver by routing ODBC requests through MS Access. Using this technique one can create reusable queries that combine several tables. This procedure is described in the installation guide.		A procedure has been established for greatly expanding the SQL capabilities of the BR ODBC driver by routing ODBC requests through MS Access. Using this technique one can create reusable queries that combine several tables. This procedure is described in the installation guide.


	== PRINT FONT STRETCHING==		== PRINT FONT STRETCHING==

Mikhail.zheleznov: formatting

2020-07-25T17:00:32Z

formatting

← Older revision		Revision as of 17:00, 25 July 2020
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	These files are made by the following commands under Linux, MAC and cygwin for Windows:		These files are made by the following commands under Linux, MAC and cygwin for Windows:
	openssl req -new -x509 -out httpserver.pem -days 10000
			openssl req -new -x509 -out httpserver.pem -days 10000

	( this will prompt for the OPTION 66 password )		( this will prompt for the OPTION 66 password )

Mikhail.zheleznov: formatting

2020-07-25T16:58:28Z

formatting

← Older revision		Revision as of 16:58, 25 July 2020
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	Three common forms of hashing are allowed in BR. They are MD5, SHA, and SHA-1. These are also provided through the ENCRYPT$ function specifying a null key$ value:		Three common forms of hashing are allowed in BR. They are MD5, SHA, and SHA-1. These are also provided through the ENCRYPT$ function specifying a null key$ value:

	ENCRYPT$(data$, “”, “MD5”)		ENCRYPT$(data$, “”, “MD5”)
	ENCRYPT$(data$, “”, “SHA”)		ENCRYPT$(data$, “”, “SHA”)
	ENCRYPT$(data$, “”, “SHA-1”)		ENCRYPT$(data$, “”, “SHA-1”)

	Hashing is also referred to as Message Digests or digests. This is what the MD in MD5 means. There is no way to restore data that has been hashed. Hashing is a one way function so DECRYPT$ will yield an error.		Hashing is also referred to as Message Digests or digests. This is what the MD in MD5 means. There is no way to restore data that has been hashed. Hashing is a one way function so DECRYPT$ will yield an error.


	=== Asymmetric Encryption===		=== Asymmetric Encryption===

Mikhail.zheleznov: formatting

2020-07-25T16:57:48Z

formatting

← Older revision		Revision as of 16:57, 25 July 2020
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	If the initialization vector is explicitly specified as in:		If the initialization vector is explicitly specified as in:

	ENCRYPT$(“test”, “key”, “AES:256:CBC:128”, “RANDOM”)		ENCRYPT$(“test”, “key”, “AES:256:CBC:128”, “RANDOM”)

	the result would be simply “encrypted result”.		the result would be simply “encrypted result”.

Mikhail.zheleznov: added newlines for readibility

2020-07-25T16:56:55Z

added newlines for readibility

← Older revision		Revision as of 16:56, 25 July 2020
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	If the initialization vector is explicitly specified as in:		If the initialization vector is explicitly specified as in:

	ENCRYPT$(“test”, “key”, “AES:256:CBC:128”, “RANDOM”)		ENCRYPT$(“test”, “key”, “AES:256:CBC:128”, “RANDOM”)

	the result would be simply “encrypted result”.		the result would be simply “encrypted result”.

← Older revision		Revision as of 17:12, 25 July 2020
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	A sample program to demonstrate date entry is:		A sample program to demonstrate date entry is:
	01000 ! Rep Date_Input		01000 ! Rep Date_Input

	01020 ! Demonstrate The New Date() Input Format		01020 ! Demonstrate The New Date() Input Format

	01040 ! Skip Punctuation (Commas, Colons, Slashes, Semicolons, And Dashes)		01040 ! Skip Punctuation (Commas, Colons, Slashes, Semicolons, And Dashes)

	01060 ! Insert And Delete Within Subfields That Are Delineated By Punctuation		01060 ! Insert And Delete Within Subfields That Are Delineated By Punctuation

	01080 ! Continue To Support Cut And Paste Including Punctuation		01080 ! Continue To Support Cut And Paste Including Punctuation

	01100 !		01100 !

	01120 rinput fields "5,10,DATE(mm/dd/yy) ;6,10,c": DATE_VAR		01120 rinput fields "5,10,DATE(mm/dd/yy) ;6,10,c": DATE_VAR

	01140 print fields "8,10,date(Month DD, CCYY)": DATE_VAR		01140 print fields "8,10,date(Month DD, CCYY)": DATE_VAR

	01160 !		01160 !

	01180 rinput fields "12,10,date(month dd, ccyy)": DATE_VAR		01180 rinput fields "12,10,date(month dd, ccyy)": DATE_VAR

	01200 if NOT DATE_VAR then goto 1180		01200 if NOT DATE_VAR then goto 1180

	01220 print fields "15,10,date(yy/mm/dd)": DATE_VAR		01220 print fields "15,10,date(yy/mm/dd)": DATE_VAR

	01240 print fields "18,10,N 6": DATE_VAR !Show days format		01240 print fields "18,10,N 6": DATE_VAR !Show days format