MDK-ARM Keil, MDK-ARM Datasheet - Page 89

• Manufacturer Part Number: MDK-ARM
• Description: KIT REALVIEW MCU DEVELOPMENT
• Manufacturer: Keil
• Type: Compiler and IDEr

Specifications of MDK-ARM

• For Use With/related Products: ARM MCUs
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Getting Started: Building Applications with RL-ARM
When the html page is loaded,
the JavaScript library is sent to
the browser client. The HTML
code is used to create the graph
object and define the
coordinates.
When the graph page is loaded,
the JavaScript code will be
downloaded to the browser. The
browser will then execute the
JavaScript code and draw the graph. This results in a “static” graph where
always the same values are plotted. While this is not very useful in an embedded
system, it is a good starting point to test the JavaScript source code, particularly
if you have not written it yourself. Once the JavaScript is running as a static
object, the RL-TCPnet scripting commands can be used to pass data from the
embedded application to the JavaScript graph. First, we must rename the
graph.htm
c m a
c m b
c m c
c m d
c m e
c m f
c m g
c m h
c m i
c m j
c m k
c m l
//
//
//
unsigned char months [12] =
U16 cgi_func (U8 *env, U8 *buf, U16 buflen, U32 *pcgi)
……
}
{10, 15, 17, 20, 22, 30, 33, 27, 20, 18, 15, 9};
…
case 'm':
i = env [2] - 0x61;
sprintf (buffer, "%1d", months [i]);
len = sprintf ((S8 *) buf, (const S8 *) &env [4], buffer);
break;
From HTTP_CGI.c
file to
bg.xValues [0] = [%s, 'Jan'];
bg.xValues [1] = [%s, 'Feb'];
bg.xValues [2] = [%s, 'March'];
bg.xValues [3] = [%s, 'April'];
bg.xValues [4] = [%s, 'May'];
bg.xValues [5] = [%s, 'June'];
bg.xValues [6] = [%s, 'July'];
bg.xValues [7] = [%s, 'Aug'];
bg.xValues [8] = [%s, 'Sept'];
bg.xValues [9] = [%s, 'Oct'];
bg.xValues [10] = [%s, 'Nov'];
bg.xValues [11] = [%s, 'Dec'];
graph.cgi
then add the script commands as shown below.
{
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