properties.put("Status","Success");
commandOut.print("hello");
The post-processing script can examine the step's output log and run commands based on the result. In the following code fragment, scanner.register() registers the strings error at line and the value is with a regular expression engine, then runs commands if those strings are found. After all strings are registered, it calls scanner.scan() on the step's output log line by line.
properties.put("Status", "Success");
//
// Evaluate the built-in exitCode property, which indicates the exit code
// of the script called by the plug-in step. Typically, if the value of
// the exitCode property is non-zero, the plug-in step failed.
//
if (properties.get("exitCode") != 0) {
properties.put("Status", "Failure");
}
else {
//
// Register a scanner to search for the text "error at line" in the log.
// The first argument is a regular expression.
//
// The second argument, an inline function, is invoked once for
// every line in the log output that matches the pattern. The "lineNumber"
// variable contains the line number where the match occurred, and the
// "line" variable is the full text of the line.
//
scanner.register("(?i)ERROR at line", function(lineNumber, line) {
//
// In this case, we build up an "Error" property which
// contains the text of all errors that are found. We find every
// line starting with "error at line" and add it to this list.
//
var errors = properties.get("Error");
if (errors == null) {
errors = new java.util.ArrayList();
properties.put("Error", errors);
}
errors.add(line);
//
// If a line starting with "error at line" is found, the step has
// failed, so we set the special "Status" property to "Failure",
// indicating to the UrbanCode Deploy server that the step should
// be marked as a failure.
//
properties.put("Status", "Failure");
});
//
// Multiple searches can be registered with the scanner. We add a
// second search to look for some interesting text to set as an output
// property.
//
// For example, if there is a line "The value is BLUE", then we end up
// with an output property, "Value", with a value of "BLUE".
//
scanner.register("The value is", function(lineNumber, line) {
var value = line.replace("The value is ", "");
properties.put("Value", value);
});
scanner.scan();
//
// Convert the collected list of error strings into a single string and
// set that as an output property.
//
var errors = properties.get("Error");
if (errors == null) {
errors = new java.util.ArrayList();
properties.put("Error", errors);
}
properties.put("Error", errors.toString());
}
if (properties.get("exitCode")==0)
{ properties.put("Status","Success"); }
else
{ properties.put("Status","Failure"); }
properties.put("Step1Prop","value1");
echo Properties of previous step:
echo "${p:Step1/Status}"
echo "${p:Step1/Step1Prop}"
The
second step can also use those properties in its post-processing script. For example, the following
post-processing script includes the Status property of the previous step in a
property for the second
step:{
properties.put("Step2Prop","New property");
properties.put("Status","OK");
properties.put("StatusOfPreviousStep","${p:Step1/Status}");
}
echo "myvalue=1234"
As a result, the log for the step shows the key
and value:myvalue=12345
var exit = properties.get('exitCode');
scanner.register("myvalue=", function(lineNumber, line) {
var value=line.replace("myvalue=","");
properties.put("myOutputValue",value);
});
if (exit == 0) {
properties.put('Status', 'Success');
}
else {
properties.put('Status', 'Failure');
}
scanner.scan();
${p:SetMyValue/myOutputValue}