87 lines
2.5 KiB
Plaintext
87 lines
2.5 KiB
Plaintext
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//
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// Example Test Script for ModScan Application
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//
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// Each Script entry consists of the following
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// comma delimited data fields:
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//
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// TEST NAME, NODE, FUNCTION, ADDRESS, LENGTH, DATA, CONTROL CODE
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//
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// Double slashes on the front of a line denote comments
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//
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// The following Control Codes may be used (i.e. last field on each line)
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// \ -- Continue DATA fields on next line
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// C -- Generate Bad CRC message to slave
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// D -- Check response data quantity only, (ignore actual data)
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// 1 -- Expect Exception Response 01
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// 2 -- Expect Exception Response 02
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// 4 -- Expect Exception Response 04
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// 6 -- Expect Exception Response 06
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// R -- Expect no Response
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// T (default) -- Verify Response Data
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// (Added March 2001)
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// %d -- Verify Response Data using a percentage tolerance
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// value around the expected data. Only valid for
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// modbus function codes 03 & 04 and only valid to
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// to compare 16-bit register values. May not be used
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// with registers containing floats, longs, etc.
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// New Test:
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// Read a single Holding Register at address 100 and
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// compare its value to +/- 5% of 1000. Test will pass
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// if register contains data between 950 - 1050.
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//
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Analog Value Test,1,3,100,1,1000,%5
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//
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// First Test:
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// Write 20 Coils to Node 1 starting at address 100
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// Data is alternating pattern of ones & zeros
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// (DATA field consists of 32-bits and may be specified
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// as a decimal, hex or floating-point value)
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//
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Preset Multiple Coils,1,15,100,20,0xAAAAA,T
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//
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//
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// Second Test:
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// Verify results of first test by reading the pattern back
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//
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Verify Coil Status,1,1,100,20,0xAAAAA,T
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//
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// Third Test:
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// Read 100 Input Status values
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// ignore the data and only verify proper quantity returned
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//
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Verify Input Status,1,2,100,100,0,D
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//
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//
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// Forth Test:
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// Check Slave Response to request for 1000 registers
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// (Should probably generate an exception response)
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//
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Test Exception 2,1,3,100,1000,0,2
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//
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// Fifth Test:
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// Check Slave Response to bad CRC
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//
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Invalid Request,1,1,100,1,0,C
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//
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// Sixth Test:
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// Query an unknown device & expect no response
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//
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Query Device 73,73,1,1,1,0,R
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//
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// Seventh Test:
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// Write 6 Holding Registers with data
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// (Each floating point number represents
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// two registers -- The NAME field on the
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// continuation line is ignored)
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//
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Write Floats,1,16,100,6,1.00,\
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,2.00,3.00,,,,T
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//
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// Eighth Test:
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// Verify Test Seven by reading back the Registers
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//
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Read Floats,1,3,100,6,1.00,\
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,2.00,3.00,,,,T
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//
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// END OF SCRIPT
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end
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