blob: ed9423f827fbba25af439998e1beb22f1a90f19a [file] [log] [blame]
/*
* Created on Nov 18, 2004
*
* @author Fabio Zadrozny
*/
package com.jetbrains.python.console.pydev;
import java.io.Serializable;
/**
* @author Fabio Zadrozny
*/
public interface IToken extends Serializable, Comparable{
/**
* Type for unknown.
*/
int TYPE_UNKNOWN = -1;
/**
* Type for import (used to decide the icon)
*/
int TYPE_IMPORT = 0;
/**
* Type for class (used to decide the icon)
*/
int TYPE_CLASS = 1;
/**
* Type for function (used to decide the icon)
*/
int TYPE_FUNCTION = 2;
/**
* Type for attr (used to decide the icon)
*/
int TYPE_ATTR = 3;
/**
* Type for attr (used to decide the icon)
*/
int TYPE_BUILTIN = 4;
/**
* Type for parameter (used to decide the icon)
*/
int TYPE_PARAM = 5;
/**
* Type for package (used to decide the icon)
*/
int TYPE_PACKAGE = 6;
/**
* Type for relative import
*/
int TYPE_RELATIVE_IMPORT = 7;
/**
* Type for an epydoc field
*/
int TYPE_EPYDOC = 8;
/**
* Type for local (used to decide the icon)
*/
int TYPE_LOCAL = 9;
/**
* Type for local (used to decide the icon) -- so, this means that the token created results
* as an interface from some object in a local scope.
*
* E.g.:
* a = 10
* a.foo = 20
* a.bar = 30
*
* 'foo' and 'bar' would be generated with this type
*/
int TYPE_OBJECT_FOUND_INTERFACE = 10;
/**
* @return the type for this token
*/
int getType();
/**
*
* @return the representation of this token.
*
* The following cases apply for imports:
*
* from x import testcase (return testcase)
* from x import testcase as t(return t)
* import testcase (return testcase)
*/
String getRepresentation();
String getDocStr();
void setDocStr(String docStr);
String getArgs();
void setArgs(String args);
String getParentPackage();
/**
*
* @return The complete path for the token.
*
* The following cases apply for imports:
*
* on module test decorating with module
* from x import testcase (return test.x.testcase)
* from x import testcase as t(return test.x.testcase)
* import testcase (return test.testcase)
*
* if not decorating would return the same as above without 'test'
*/
// public String getOriginalRep(boolean decorateWithModule);
/**
* @param baseModule this is the module base to discover from where should it be made relative
*
* @return the representation as a relative import - this means that it return the original representation
* plus the module it was defined within without its head.
*/
String getAsRelativeImport(String baseModule);
/**
* Same as relative from "."
*/
String getAsAbsoluteImport();
/**
* Constant to indicate that it was not possible to know in which line the
* token was defined.
*/
int UNDEFINED = -1;
/**
* @return the line where this token was defined
*/
int getLineDefinition();
/**
* @return the col where this token was defined
*/
int getColDefinition();
/**
* @return whether the token we have wrapped is an import
*/
boolean isImport();
/**
* @return whether this token defined as part of "from ... import ..."
*/
boolean isImportFrom();
/**
* @return whether the token we have wrapped is a wild import
*/
boolean isWildImport();
/**
* @return the original representation (useful for imports)
* e.g.: if it was import coilib.Exceptions as Exceptions, would return coilib.Exceptions
*/
String getOriginalRep();
/**
* @return the original representation without the actual representation (useful for imports, because
* we have to look within __init__ to check if the token is defined before trying to gather modules, if
* we have a name clash).
*
* e.g.: if it was import from coilib.test import Exceptions, it would return coilib.test
*/
String getOriginalWithoutRep();
/**
* @return
*/
int[] getLineColEnd();
boolean isString();
/**
* @return the image that should be used in the code-completion for this token.
*/
//public Image getImage();
}