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... the Harbour date variable. Convert the date value to the Unix timestamp, which is the number of seconds since the Unix epoch (January 1, 1970). Multiply the Unix timestamp by 1000 to convert it to milliseconds. Here's a simple example in Harbour script: // Assuming you have a Harbour date ...

Dear Antonio ,

There was issue in Harbour 64 bit bcc as given old issue link. I am not sure currently it is working fine ?
https://forums.fivetechsupport.com/viewtopic.php?f=3&t=37051&start=0&hilit=multiply&sid=3214644f0d13f5bc95cbc2262ba18227


Thanks
Shridhar

... by a row and column position indicated with the "@" symbol. The row and column positions are pairs of parameters separated by a comma. Multiply the row and column positions by 80. Additionally, there is a keyword "SIZE" used in the code to specify the size of the buttons. ...

Mr. Rao, In your sample, can we also have multiply images combined ? Lets say Olga and then more then 1 layover on top. For my webshop I see a interesting use of it... 1. Do we have to save the first image with layover and then do the function ...

... new Exception("Bad sign nibble"); } long intermediate; long carry; long digit; for (int j = inp.Length * 2 - 1; j > 0; j--) { // multiply by 10 intermediate = lo * 10; lo = intermediate & 0xffffffff; carry = intermediate >> 32; intermediate = mid * 10 + carry; mid = ...

... INLINE ::Calc( { |x| x * ( 1 - x ) } ) METHOD DevideBy( u ) METHOD DevideFrom( u ) METHOD Transpose() METHOD SumOfRows() METHOD LinearMultiply( u ) INLINE ::Calc( { |x,y| x * y }, u ) MESSAGE MatrixMultiply METHOD mmult METHOD mmult( u ) METHOD Multiply( u ) // Multiplicacion lineal ...

... INLINE ::Calc( { |x| x * ( 1 - x ) } ) METHOD DevideBy( u ) METHOD DevideFrom( u ) METHOD Transpose() METHOD SumOfRows() METHOD LinearMultiply( u ) INLINE ::Calc( { |x,y| x * y }, u ) MESSAGE MatrixMultiply METHOD mmult METHOD mmult( u ) METHOD Multiply( u ) // Linear multiply if u ...

... a correct Xbrowse with the data Writing it to dbf is a problem. Tried also with FW_arraytodbf What do I miss here ?? Is there somewhere a post on multiply arrays explanations ? I have find some... I get this error Application =========== Path and name: C:\Programmas\fotoselect\TEST.EXE (32 bits) ...

... INLINE ::Calc( { |x| x * ( 1 - x ) } ) METHOD DevideBy( u ) METHOD DevideFrom( u ) METHOD Transpose() METHOD SumOfRows() METHOD LinearMultiply( u ) INLINE ::Calc( { |x,y| x * y }, u ) MESSAGE MatrixMultiply METHOD mmult METHOD mmult( u ) METHOD Multiply( u ) // Linear multiply if u ...

... week prz [3]:= 65          // 2 weeksprz [4]:= 100        // 4 weeks  Then obtain the number of days more than for example 1 week, multiply by single day charge, then add both ammounts.... days = 9extra_days = days - 7nPrice := prz[2] + (extra_days * prz[1])  ...

... week 40 euros 15 days 120 euros month 180 euros so I do prz [1]:= day / 1 prz [2]:= week / 7 prz [3]:= 15days / 15 prz [4]:= month / 30 and then I multiply by the days do case case days <2 nPrice: = ngg * prz [1] case days <7 nPrice: = ngg * prz [2] case days <15 nPrice: = ngg * prz [3] ...

... 574774488. Take the first 7 digits. You keep 5747744. Divide this result by 97. The result is 59255.0927835. You keep the decimals : 0.0927835. Multiply this by 97 and round it with 0 decimals. The result is 9. Substract 9 from 97 and this results into 88. IF 88 is equal to the last 2 figures ...

... 574774488. Take the first 7 digits. You keep 5747744. Divide this result by 97. The result is 59255.0927835. You keep the decimals : 0.0927835. Multiply this by 97 and round it with 0 decimals. The result is 9. Substract 9 from 97 and this results into 88. IF 88 is equal to the last 2 figures ...

... in g_server.obj hbct.lib(trig.obj) : error LNK2005: _HB_FUN_TAN already defined in g_server.obj aMLS11.exe : fatal error LNK1169: one or more multiply defined symbols found This is new to this version and has not surfaced for the years I have been assembling this program.

Here is a workaround, not a fix.

Please convert

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nAmt := ( nRate *  nQty )
 

as

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nAmt := ROUND( nRate *  nQty, 2 )
 

in all the places in the program.

With this change, you can see the values of nAmt correctly