STMicroelectronics SPC563MPrimerBasic User Manual
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UM0715
User manual
SPC563MPrimerBasic
Introduction
This user manual describes how to use uBasicPrimer.
The uBasicPrimer is an extended BASIC interpreter executed in the SPC563M Primer.
SPC563M Primer is an USB dongle with a SPC563M device on board. It is designed to support from a PC most common automotive communication interfaces (CAN, LIN, SPI) in a simple tool.
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Contents
Contents
UM0715
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UM0715 How to install
In order to install the SPC563M Primer Basic you need to follow the procedure described below.
Install the SPC563M drivers:
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Download the SPC563M drivers package
Unzip the package in a folder
Enter the folder and run RLinkUSBInstall_quite.bat
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Install the SPC563M Primer Basic tool:
Download the SPC563M Primer Basic package
Unzip the package in a folder
Enter the folder and run setup.exe
Follow the indications provided by the wizard til the setup completes
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Main features
Figure 1.
uBasicPrimer GUI
UM0715
2.1.1 Information
Information button allows showing detailed information regarding the device connected.
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UM0715 Main features
Basic engine button inserts the basic interpreter inside the Primer. The basic interpreter will be loaded into the SPC563M flash memory.
Script File section allows script files management:
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New: it starts notepad to edit a new script
Open: it allows selecting an existing script. It will be edit only in reading mode on the application GUI
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Edit: It starts the notepad with the script selected by “Open” button to modify the content. After the modification, to show the updated version of the script on the application GUI, the user has to push again “Open” button to reload the script
Load: It allows flashing the script selected by “Open” button into the SPC563M memory
2.1.4 Monitor
This section allows enabling the output of the SPC563M Primer.
Start button allows starting the execution of the script loaded into the flash of the SPC563M
Primer and the output will be show on the output window. Stop button arrests the execution of the script.
To save the output on a log file, select the file name using browser button and check file log enable.
“Quit” button allows closing the application.
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How to use UM0715
Run the tool from the start menu (Start, Programs, STMicroelectronics, Component, Basic
Primer).
First step is to load the BASIC engine into the Primer. You can do so by selecting the "Basic
Engine" button.
From the GUI now you can:
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Create a new BASIC script or open an existing one by choosing "New" or "Open".
Edit the BASIC script by choosing "Edit".
Transfer the BASIC script to the SPC563M Primer by choosing "Load".
Start/stop the execution of the application by choosing "Start" or "Stop".
Quit the application by choosing "Quit"
The text window in the "Script files" section shows the contents of the script.
The text window in the "Monitor" section shows the output of the script.
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UM0715 Basic command
The section below list detailed commands.
Table 1.
Name
Basic commands
DIM
Remarks
Use DIM to create a named list of numbers or strings. Arrays can have up to five dimensions.
There must be no space between the name of the dimensioned variable and the opening parenthesis.
10 DIM name$(100) creates an array of 100 names.
10 DIM map(width, height) creates a 2d array of width * height entries, maybe representing grid squares on a map.
20 LET map(1,10) = 2.0
sets the top rigth element to 2.0.
30 LET map(width, height) is the bottom right element. If you try to access out of range elements the computer will throw an error.
It’s possible to resize an array at any point by calling DIM on it again. If the array is one dimensional, elements will be preserved. If the array has higher dimensions then the elements will be scrambled.
It’s allows to initialize arrays when you dimension them.
Example
10 DIM days$[7] = “ Mon ” , “ Tue ” , ” Wed ” , ” Thur ” , ” Fri ” , ” Sat ” , ” Sun ” this instruction will declare an array of days of the week. This method is useful for defining data.
For 2d arrays, the first dimension is the lowest (x) dimension, so:
DIM name$(2, 4) = ” Fred ” , ” Bloggs ” ,
” Joe ” , ”S ixpack ”
” Homer ” , ” Simpson ”
” John ” , ” Doe ” is the correct order.
Dimensioned variables are intimately connected with FOR ... NEXT loops. Use the loop counter to index into your array.
Usage
DIM id(numeric, numeric)
10 DIM array(10) creates a single-dimensioned array of 10 numerical elements.
10 DIM dictionary$(2, N) creates a 2-dimensional array of N * 2 strings.
10 DIM factorial(10) = 1!, 2!, 3!, 4!, 5!, 6!, 7!, 8!, 9!, 10! reates a list of the first ten factorials.
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Basic command UM0715
Table 1.
Name
Basic commands (continued)
LET
Remarks
The LET statement assigns a value to a variable. If the variable does not exist it is created.
10 LET x = 10
10 LET name$ = fname$ +
“ “
+ sname$
Plain variables like x or length are always numerical, string variables like name$ always end with a dollar sign. It is illegal to try to assign a variable of the wrong type.
LET will not create or increase the size of a dimensioned variable.
10 DIM array(2,2)
15 REM Legal
20 LET array(1,2) = 10
25 REM Illegal out of bounds
30 LET array(1,3) = 0
The form
10 LET x = x + 1 is legal. It is even legal is x has not been created (it is initialised to zero).
Usage
LET id = numeric
LET id$ = string
10 LET x = 10
10 LET x = x + 1
10 LET a$ = CHR$(13)
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UM0715 Basic command
Table 1.
Name
Basic commands (continued)
FOR
Remarks
The FOR statement consists of three parts, the initial set-up value, a TO value, and an optional
STEP value.
10 DIM array(100)
20 FOR I = 1 TO 100
30 PRINT I
40 NEXT I will print hundred values. The variable in the NEXT statement must be the same as that in the matching FOR.
FOR loops may be nested to a maximum depth of 32.
10 DIM chess(8,8)
20 FOR I = 1 TO 8
30 FOR J = 1 TO 8
40 chess(j,i) = 1.0
50 NEXT J
60 NEXT I
The step value does not need to be 1, and may be negative. For instance:
10 FOR I = 1 TO 10 STEP 2
20 PRINT I
30 NEXT I
40 FOR I = 10 TO 1 STEP ?0.3
50 PRINT I
60 NEXT I
The initial, to, and step values are calculated once on entering the FOR loop, they are then constant.
10 LET x = 10
20 FOR I = 1 TO x STEP x/5
30 PRINT I
35 REM Next line has no effect
40 LET x = x + 1
50 NEXT I
If the TO value is lower than the initial value (or higher if the STEP value is negative) then the loop does not execute. Control passes to the first matching NEXT.
It is important not to jump out of FOR ... NEXT loops, or get the nesting order wrong, otherwise control flow will become confused. To terminate a loop prematurely, set the counter to the TO value, and jump to the matching NEXT.
Usage
FOR id = numeric TO numeric STEP numeric
...
NEXT id
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Basic command UM0715
Table 1.
Name
Basic commands (continued)
GOTO
Remarks
GOTO executes a jump to another line. The line number is usually a constant, but GOTO x is supported.
Usage
GOTO numeri0
IF...THEN
NEXT
REM
10 GOTO 100
10 GOTO x
The IF ... THEN construct allows to make decisions.
If the test condition is true, then control jumps to the line indicated after the THEN keyword. If false, control passes to the next line. No statements other than a line number may appear after the THEN keyword, though the form:
IF y < 10 THEN x is supported .
The relational operators are =, <> (not equal), >, >=, < and <=. They can be applied to strings or to numerical expressions.
The AND and OR logical operators can also be used.
Usage
IF relational THEN numeric
10 IF x < 10 THEN 100
10 IF a$ <> “ OK ” AND a$ <> “ YES ” THEN x
For description see FOR.
Usage
NEXT id
10 FOR I = 1 TO 10
20 PRINT I
30 NEXT I
This statement is used for adding comments to programs.
It allows multi-line comments, as long as the first character of every continued line is a space.
Usage
REM any comments
10 REM Demonstration program by Malcolm McLean
10 REM This is an extremely long comment, which is spread over two
10 REM PRINT “ This PRINT statement is commented out ”
.
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UM0715 Basic command
Table 1.
Name
Basic commands (continued)
STEP
Remarks
STEP is evaluated once when the FOR ... NEXT loop is entered It is by default 1, but can be any value, positive or negative. For further details see FOR.
Usage
FOR id = numeric TO numeric STEP numeric
GOSUB
10 FOR i = 1 TO 100 STEP 10
10 FOR i = 100 TO 1 STEP 1
10 FOR i = min TO max STEP delta
This construct calls a subroutine at the line number <line number>.
Control returns to the statement after the GOSUB command when a RETURN is encountered.
Usage
GOSUB line_number
SPII
RETURN
100 GOSUB 30
Return to the statement after the calling GOSUB command.
Init the SPI driver.
Parameter
N_SPI
SPI number (0: SPI_B and 1: SPI_C ).
N_BIT
Programmable serial frame size of 4 to 16 bits.
FREQ
SPI peripheral frequency. Setting possible frequency values listed below:
Value Fequency (MHz)
0
1
2
3
4
5
6
7
CS_ACTIVE
0: HIGH, 1: LOW
Usage
SPII N_SPI N_BIT FREQ CS_ACTIVE
25
16.7
10
7.14
12.5
8.33
5
5.56
100 SPII 1 16 6 1
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Basic command UM0715
Table 1.
Name
Basic commands (continued)
SPIX
Remarks
Sending a data buffer via SPI and receive the reply.
Parameter
EN_PRINT
(0 disable; 1 Enable) enable the print of the data on the monitor via PConsole application.
N_SPI
SPI number (0: SPI_B and 1: SPI_C ).
DATA message data containing the data to be send. (the size of the data length must be equal to number of bit N_BIT set on SPI_INIT).
CS_INIT up to 4 Chip Select selectable:0,1,2,3.
CONT_EN if 1 CS remains assert after data sending, 0 CS remain deassert.
Usage
SPIX EN_PRINT DATA N_SPI CS_INIT ACTIVE CONT_EN
CAN_INIT
CAN_TX
20 SPII 1 8 5 1
30 SPIX 1 0 0XA5 1 0
Init the CAN driver with a specified baudrate in Kb/s.
Usage
CAN_INIT baudrate
10 CAN_INIT 500
Send a buffer with a specified identifier via CAN.
Parameter
CAN_ID
CAN message identifier (max 11 bits).
BUFFER_LENGTH message buffer length in byte (max 8 bytes).
BUFFER message buffer containing the data to be send.
Usage
CAN_TX CAN_ID BUFFER_LENGTH BUFFER
10 LET id=0x10
20 LET length=0x8
30 DIM msg(8)=1,2,3,4,5,6,7,8
40 CAN_INIT 500
100 CAN_TX id length msg
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UM0715 Basic command
Table 1.
Name
Basic commands (continued)
ON_CAN_RX
Remarks
When a CAN message is received will be called a subroutine at the line number indicated in the parameter line_number.
The code returns to the normal statement (after the ON_CAN_RX command) when a RETURN is encountered.
Parameter
ID contain the CAN ID.
LENGTH contain the data buffer length.
MSG contain the CAN data.
LINE_NUMBER contain the line number where jumping .
Usage
ON_CAN_RX ID length msg line_number
DELAY
10 LET id=0
15 LET length=0
20 DIM msg(8)
30 PRINT id
40 FOR I=1 TO length STEP 1
50 PRINT msg(I)
60 RETURN
…
200 ON_CAN_RX id length msg 30
Allow to insert a delay. The parameter indicates the delay in us (Max value is 4294 sec.).
Usage
DELAY time
10 DELAY 100
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Basic command
Table 1.
Name
Basic commands (continued)
Initializes the GPIO.
Parameter
GPIO_NUMBER select the GPIO among the following table:
Remarks
GPIOI
Value
105
106
107
108
190
193
191
179
181
183
187
104
103
102
GPIO_I/O set the GPIO as I/O: 1 input, 2 output
Usage
GPIOI GPIO_NUMBER GPIO_I/O
Primer Pin
7
9
11
13
LED 1
LED 2
LED 3
2
4
6
8
1
3
5
GPIOH
GPIOI 179 2
Assert the GPIO indicated into the parameter.
Parameter
GPIO_NUMBER set the GPIO = 1.
Usage
GPIOH GPIO_NUMBER
GPIOH 179
Functionality
EMIOS 0
EMIOS 2
EMIOS 4
EMIOS 8
GPIO 104
GPIO 103
GPIO 102
GPIO 105
GPIO106
GPIO 107
GPIO 108
-
-
-
UM0715
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UM0715
Table 1.
Name
Basic commands (continued)
GPIOL
Remarks
Deassert the GPIO indicated into the parameter.
Parameter
GPIO_NUMBER set the GPIO = 0.
Usage
GPIOL GPIO_NUMBER
GPIOL 179
Print a numeric or string to host via USB.
Parameter
Output statement numeric or string.
Usage
PRINT x
PRINT “ hello world ”
SET_TIMER
START_TIMER
10 LET A=8
100 PRINT A
Set the timer.
Parameter
TIMER timer used (1, 2 or 3).
TIME time in us.
Usage
SET_TIMER TIMER TIME
10 SET_TIMER 1 100
Start the timer.
Parameter
TIMER timer used (1, 2 or 3).
MODE continuos (1) or one shot (0).
Usage
START_TIMER TIMER MODE
10 SET_TIMER 1 100
20 START_TIMER 1 0
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Basic command
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Basic command UM0715
Table 1.
Name
Basic commands (continued)
ON_TIMER
Remarks
When an event timer is occurred will be called a subroutine at the line number indicated in the parameter line_number.The code returns to the normal statement (after the ON_TIMER command) when a RETURN is encountered.
Parameter
TIMER timer used (1, 2 or 3).
LINE_NUMBER line number where jumping.
Usage
ON_TIMER TIMER LINE_NUMBER
10 SET_TIMER 1 100
20 START_TIMER 1 0
30 ON_TIMER 1 100
...
100 ...
110 RETURN
...
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UM0715
5 Expression
Expression
5.1 Expressions
+
/
-
*
Table 2.
Expression
Expression
!
MOD
POW(x,y)
INT(X)
LEN($A)
Symbol
Sum.
Subtraction.
Multiplication.
Division.
MOD calculates the modulus of a number. Both sides of the expression should be of the same sign. x MOD 0 is an error. Division by zero is also an error.
Factorial.
X
Y
POW( x + y, 2) raise x + y to the power 2.
Force an expression to be the nearest exact integer.
Return the length of the string A.
5.1.1 Precedence
The + and - operators have lower precedence than *, / and MOD (modulus), which have equal precedence and are evaluated left to right. ! (factorial) has the highest precedence.
Example:
(x + y) * 2 add x to y and multiply by two.
All strings are stored internally in ASCII format, as NUL terminated arrays. Use of extremely large strings is likely to slow down the program, since most operations involve internal copying of strings.
A string literal consists of one or more concatenated quotes. A string can be spread over several lines, but the newline character is not allowed inside quotes. To enclose a quotation mark in astring, use double quotes.
10 LET A$ = ?And God said ??Let there be light?? ?
?and there was light.? ?And God saw the light, that it was good.?
is an example of a legal string. Note that the start of the second line contains white space at the beginning to tell the interpreter it is a continuation of the previous line.
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Expression UM0715
To add a newline or other control character, use the CHR$() function. Note that CHR$(0) will prematurely terminate the string. Use the ASCII() function to perform numerical manipulation on characters. e.g LET B$ = CHR$( ASCII(B$) + 1) will set B$ to the next letter of the alphabet.
The ?+? operator will concatenate strings.
10 PRINT ?Fred? + ?Bloggs? + CHR$(42) + x$
Will print FredBloggs* followed by the contents of x$.
Functions with names ending in ?$? always return strings. Parentheses are not optional.
Relational expressions are used only in IF ... THEN statements to make conditional jumps.
A relational expression evaluates to either true or false. The allowed operators a =, <>
(doesn’t equal), >, >=, <, <=.
With expressions the comparison is numerical, and with strings it is alphabetical. Both sides of a relational operator must be of the same type.
Relational expressions can contain the keywords AND and OR. Order of evaluation is left to right, but parentheses should always be used to disambiguate mixed expressions.
Examples of use:
10 IF (x <= 5 AND x > 0) OR x = 10 THEN 100
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UM0715
6 Errors
Errors
Sometimes PrimerBasic will terminate with an error message. Usually these are due to typing mistakes or logic errors in the basic program. Occasionally they may be caused by the computer running out of resources, by illegal input, or by internal errors in the
PrimerBasic interpreter.
Following a list of the errors that can be occurred.
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Can’t read program
You have called PrimerBasic with something it cannot recognise as a PrimerBasic program at all, for instance with a text file containing a nursery rhyme.
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Program lines not in order
Lines have to be in numerical order. If lines are out of order, you will receive this error.
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Line not found
You have tried to jump to a non existent line.
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Syntax error line
This means that the interpreter has encountered a line it cannot understand. It is a catch all error, incorporating things such as identifiers starting with digits, or lines not terminated with a newline.
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Out of memory
The SPC563M Primer has run out of memory. This may occur when you try to dimension a huge array, or it may occur at any time if the computer is low on resources, since PrimerBasic uses memory internally. Be particularly careful when dimensioning arrays with variables.
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Identifier too long
An identifier (variable name) is allowed to be only 31 characters long, including the $ for a string identifier. For dimensioned variables the number is one less.
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No such variable
You have attempted to use a variable that has not been initiated.
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Bad subscript
You have tried to access a dimensioned array beyond its dimensioned size.
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Too many dimensions
You have tried to dimension an array with more than five dimensions.
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Too many initialilers
In initialising a dimensioned array, you have tried to list more values than you have space for.
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Illegal type
You have tried to use a string variable as the counter for a for loop.
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Too many nested fors line
Maximum depth of FOR .. NEXT loops is 32. Exceeding this limit is probably due to problems with jumping out of FOR ... NEXT loops.
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For without matching next
You have declared a FOR statement but not a matching NEXT.
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Errors UM0715
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Next without matching for
You have declared a NEXT statement without a matching FOR.
Divide by zero
You have attempted to divide by zero. This is a mathematical error.
Type mismatch
You have entered a string expression where PrimerBasic was expecting a numeric expression, or a numeric expression where it was expecting a string.
Input too long
Input lines can be a maximum of 1023 characters long. Lines longer than this are almost certainly either errors or malicious attempts to exploit the system, so they are rejected.
Bad value
There has been an internal overflow. Usually this is caused by trying to calculate with ridiculously large value like 10 trillion.
ERROR
Unspecified error has occurred.
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UM0715 Script examples
examples
The following example prints the string “Hello world” continually.
To execute this test, copy and paste the following code in a txt file and load it how already described.
10 PRINT "Hello world"
20 GOTO 10
The following example prints the even values of the variable A.
To execute this test, copy and paste the following code in a txt file and load it how already described.
10 FOR A=0 TO 100 STEP 2
20 PRINT A
30 NEXT A
The following example blinks the leds L1, L2 and L3 sequentially simulating a binary counter. From one configuration and another is inserted a delay of 500ms.
To execute this test, copy and paste the following code in a txt file and load it how already described.
10 GPIOI 190 2
15 GPIOI 191 2
20 GPIOI 193 2
30 GPIOH 190
40 GPIOH 193
45 GPIOH 191
48 DELAY 500000
50 GPIOL 190
60 GPIOH 193
70 GPIOH 191
80 DELAY 500000
90 GPIOH 190
100 GPIOL 193
110 GPIOH 191
120 DELAY 500000
130 GPIOL 190
140 GPIOL 193
150 GPIOH 191
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Script examples
160 DELAY 500000
170 GPIOH 190
180 GPIOH 193
190 GPIOL 191
200 DELAY 500000
210 GPIOL 190
220 GPIOH 193
230 GPIOL 191
240 DELAY 500000
250 GPIOH 190
260 GPIOL 193
270 GPIOL 191
280 DELAY 500000
290 GPIOL 190
300 GPIOL 193
310 GPIOL 191
320 DELAY 500000
370 GOTO 30
UM0715
The following example prints CAN message received.
To execute this test, copy and paste the following code in a txt file and load it how already described.
20 CAN_INIT
30 ON_CAN_RX 100
40 GOTO 40
100 CAN_RX_PRINT
120 RETURN
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UM0715
Table 3.
Date
08-Jun-2009
18-Sep-2013
Document revision history
Revision
1
2
Initial release.
Updated Disclaimer.
Changes
Revision history
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UM0715
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