import breakpoint
intrude import naive_interpreter
+import nitx
+intrude import toolcontext
redef class ToolContext
+ private var dbg: nullable Debugger = null
+
+ private var had_error: Bool = false
+
+ redef fun check_errors
+ do
+ if dbg == null then
+ super
+ else
+ if messages.length > 0 then
+ message_sorter.sort(messages)
+
+ for m in messages do
+ if "Warning".search_in(m.text, 0) == null then had_error = true
+ stderr.write("{m.to_color_string}\n")
+ end
+ end
+
+ messages.clear
+ end
+ end
+
# -d
var opt_debugger_mode: OptionBool = new OptionBool("Launches the target program with the debugger attached to it", "-d")
+ # -c
+ var opt_debugger_autorun: OptionBool = new OptionBool("Launches the target program with the interpreter, such as when the program fails, the debugging prompt is summoned", "-c")
redef init
do
super
self.option_context.add_option(self.opt_debugger_mode)
+ self.option_context.add_option(self.opt_debugger_autorun)
end
end
redef class ModelBuilder
- # Execute the program from the entry point (Sys::main) of the `mainmodule'
- # `arguments' are the command-line arguments in order
+ # Execute the program from the entry point (Sys::main) of the `mainmodule`
+ # `arguments` are the command-line arguments in order
# REQUIRE that:
# 1. the AST is fully loaded.
# 2. the model is fully built.
var time1 = get_time
self.toolcontext.info("*** END INTERPRETING: {time1-time0} ***", 2)
end
+
+ fun run_debugger_autorun(mainmodule: MModule, arguments: Array[String])
+ do
+ var time0 = get_time
+ self.toolcontext.info("*** START INTERPRETING ***", 1)
+
+ var interpreter = new Debugger(self, mainmodule, arguments)
+ interpreter.autocontinue = true
+
+ init_naive_interpreter(interpreter, mainmodule)
+
+ var time1 = get_time
+ self.toolcontext.info("*** END INTERPRETING: {time1-time0} ***", 2)
+ end
end
-# The class extending NaiveInterpreter by adding debugging methods
+# The class extending `NaiveInterpreter` by adding debugging methods
class Debugger
super NaiveInterpreter
# If it is not, then, the remapping won't be happening
var frame_count_aftermath = 1
+ # Auto continues the execution until the end or until an error is encountered
+ var autocontinue = false
+
#######################################################################
## Execution of statement function ##
#######################################################################
var old = frame.current_node
frame.current_node = n
- if not n isa ABlockExpr then
- steps_fun_call(n)
+ if not self.autocontinue then
+ if not n isa ABlockExpr then
+ steps_fun_call(n)
- breakpoint_check(n)
+ breakpoint_check(n)
- check_funcall_and_traced_args(n)
+ check_funcall_and_traced_args(n)
- remap(n)
+ remap(n)
- check_if_vars_are_traced(n)
+ check_if_vars_are_traced(n)
+ end
end
n.stmt(self)
if self.stop_after_step_over_trigger then
if self.frames.length <= self.step_stack_count then
n.debug("Execute stmt {n.to_s}")
- while process_debug_command(gets) do end
+ while read_cmd do end
end
else if self.stop_after_step_out_trigger then
if frames.length < self.step_stack_count then
n.debug("Execute stmt {n.to_s}")
- while process_debug_command(gets) do end
+ while read_cmd do end
end
else if step_in_trigger then
n.debug("Execute stmt {n.to_s}")
- while process_debug_command(gets) do end
+ while read_cmd do end
end
end
end
n.debug("Execute stmt {n.to_s}")
- while process_debug_command(gets) do end
+ while read_cmd do end
end
end
for j in self.traces do
if j.is_variable_traced_in_frame(i, frame) then
n.debug("Traced variable {i} used")
- if j.break_on_encounter then while process_debug_command(gets) do end
+ if j.break_on_encounter then while read_cmd do end
break
end
end
## Processing commands functions ##
#######################################################################
+ fun read_cmd: Bool
+ do
+ printn "> "
+ return process_debug_command(gets)
+ end
+
# Takes a user command as a parameter
#
# Returns a boolean value, representing whether or not to
# Step-over command
else if command == "n" then
return step_over
+ # Opens a new NitIndex prompt on current model
+ else if command == "nitx" then
+ new NitIndex.with_infos(modelbuilder, self.mainmodule).prompt
+ return true
# Continues execution until the end
else if command == "c" then
return continue_exec
end
print "\nEnd of current instruction \n"
+ else if parts_of_command[1] == "stack" then
+ print self.stack_trace
else if parts_of_command[1].has('[') and parts_of_command[1].has(']') then
process_array_command(parts_of_command)
else
# Effectively untraces the variable called *variable_name*
#
+ # Returns true if the variable exists, false otherwise
private fun untrace_variable(variable_name: String): Bool
do
var to_remove: nullable TraceObject = null
# If it is a primitive type, its value is directly printed
fun print_instance(instance: Instance)
do
+ print "Printing innards of a variable"
+
if instance isa MutableInstance then
var attributes = instance.attributes
print "Object : {instance}"
else
print "Found variable {instance}"
end
+
+ print "Stopping printing innards of a variable"
end
# Prints the attributes demanded in a SequenceRead
print "[p/print] variable : [p/print] * shows the status of all the variables\n"
print "[p/print] variable[i] : Prints the value of the variable contained at position *i* in SequenceRead collection *variable*\n"
print "[p/print] variable[i..j]: Prints the value of all the variables contained between positions *i* and *j* in SequenceRead collection *variable*\n"
+ print "[p/print] stack: Prints a stack trace at current instruction\n"
print "Note : The arrays can be multi-dimensional (Ex : variable[i..j][k] will print all the values at position *k* of all the SequenceRead collections contained between positions *i* and *j* in SequenceRead collection *variable*)\n"
print "s : steps in on the current function\n"
print "n : steps-over the current instruction\n"
nitlanguage / nit.git / blobdiff