-
+/** @file */
////////////////////////////////////////////////////////////////////////////////////////
//
// This file is part of Boost Statechart Viewer.
using namespace std;
using namespace clang;
-string clean_spaces(const string line) // remove backspaces
+string clean_spaces(const string line) /** Remove gaps from string.*/
{
unsigned i;
string new_line = "";
return new_line;
}
-string cut_commentary(const string line) //cut commentary at the end of line
+string cut_commentary(const string line) /** This function cuts commentaries at the end of line. */
{
unsigned i = 0;
for(i = 0;i<line.length()-1;i++)
return line;
}
-string get_line_of_code(const string code) //return the line of code
+string get_line_of_code(const string code) /** Thie function return the line of code that belongs to a declaration. The output string line doesn't have gaps and commentaries.*/
{
string ret;
unsigned i;
- //cout<<code<<"\n\n";
for(i = 0;i<code.length();i++)
{
if(code[i]=='\n'||code[i]=='{') break;
return cut_commentary(ret);
}
-string get_return(const string code)
+string get_return(const string code) /** Return return statement. */
{
string ret;
unsigned i;
return code.substr(0,i);
}
-string cut_namespaces(string line) //cut namespaces from the name of the state
+string cut_namespaces(string line) /** Cut namespaces from the declarations. */
{
int i = line.rfind("::");
if(i==-1) return line;
return line.substr(i+2);
}
-bool is_derived(const string line) // return true if the struct or class is derived
+bool is_derived(const string line) /** Test whether this struct or class is derived */
{
unsigned i;
for(i = 0;i<line.length()-1;i++)
return false;
}
-string get_super_class(const string line) // get the super class of this declarations
+string get_super_class(const string line) /** Get the super classes of this declarations. */
{
unsigned i;
for(i = 0;i<line.length()-1;i++)
return line.substr(i+1);
}
-string get_next_base(const string line) // get the super class of this declarations
+string get_next_base(const string line) /** Get next super classes of this declarations Do the first super class is ommitted. */
{
unsigned i;
int brackets = 0;
return line.substr(i+1);
}
-string get_first_base(const string line) // get the super class of this declarations
+string get_first_base(const string line) /** Get the first super class of this declarations. */
{
unsigned i;
int brackets = 0;
return line.substr(0,i);
}
-bool is_state(const string line) // test if it is a state
+bool is_state(const string line) /** Test if this declaration is a state. It is used to test the base classes. */
{
if(cut_namespaces(line).compare(0,12,"simple_state")==0)
{
}
}
-string cut_type(string line) // cut typedef from the beginning
+string cut_type(string line) /** This function cuts type of the declaration from the string. */
{
unsigned i;
for(i = 0;i<line.length();i++)
return line.substr(i);
}
-int count(const string line, const char c) //count all specified char in string
+int count(const string line, const char c) /** Count all specified char in string. So it returns the number of specified characters. */
{
int number = 0;
for(unsigned i = 0;i<line.length();i++)
return number;
}
-bool is_list(const string line) // is it a list?
+bool is_list(const string line) /** Test if this decl is mpl::list. */
{
//cout<<line<<"\n";
int pos = 0;
}
}
-string get_inner_part(const string line) // get inner part of the list
+string get_inner_part(const string line) /** Get inner part of the list. */
{
string str;
unsigned i, pos = 0;
else pos-=1;
}
}
- //cout<<str.substr(0,i);
return str.substr(0,i);
}
-bool test_model(const string line, const string model) // is it a transition
+bool test_model(const string line, const string model) /** Test the string to has a specified model. */
{
if(cut_namespaces(line).compare(0,model.length(),model)==0)
{
}
}
-string get_params(string line) // get parameters of transition
+string get_params(string line) /** Return parameters of the specified transition */
{
int pos_front = line.find("<")+1;
int pos_end = line.find(">");
return line.substr(pos_front,pos_end-pos_front);
}
-string find_states(const CXXRecordDecl *cRecDecl, string line) // test if the struct/class is he state (must be derived from simple_state)
+string find_states(const CXXRecordDecl *cRecDecl, string line) /** test if the struct/class is he state (must be derived from simple_state or state). */
{
string super_class = get_super_class(line), base, params;
if(cRecDecl->getNumBases()>1)
{
if(is_state(super_class))
{
- //std::cout<<get_params(super_class);
params = get_params(super_class);
}
else params = "";
return params;
}
-string find_name_of_machine(const CXXRecordDecl *cRecDecl, string line) // find name of the state machine and the start state
+string find_name_of_machine(const CXXRecordDecl *cRecDecl, string line) /** Find name of the state machine and the start state. */
{
string super_class = get_super_class(line), base, params;
if(cRecDecl->getNumBases()>1)
{
if(test_model(super_class,"state_machine"))
{
- //std::cout<<super_class;
params = get_params(super_class);
- //std::cout<<params;
}
}
return params;
}
-string find_transitions (const string name_of_state, string line) // traverse all methods for finding declarations of transitions
+string find_transitions (const string name_of_state, string line) /** Traverse all methods for finding declarations of transitions. */
{
string dest, params, base, trans;
int num = count(line,'<');
else return trans;
}
-bool find_events(const CXXRecordDecl *cRecDecl, string line) // test if the decl is decl of event
+bool find_events(const CXXRecordDecl *cRecDecl, string line) /** This function provides testing if the decl is decl of event*/
{
string super_class = get_super_class(line), base, params;
if(cRecDecl->getNumBases()>1)
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