# Copyright (c) Corporation for National Research Initiatives

import sys
import os
from types import StringType

from SrcGenCompiler import SrcGenCompiler
from PythonModule import PythonModule
from ObjectFactory import ObjectFactory
from Object import PyObject

import jast
import ImportName
import javac
import proxies

import java
import org
from java.lang import *



def getdata(filename):
    fp = open(filename, "r")
    data = fp.read()
    fp.close()
    return data


def getsig(doc, pargs, constructor=0):
    SPACE = ' '
    if doc is None:
        return None
    #print doc
    lines = doc.split("\n")
    txt = None
    for line in lines:
        line = line.strip()
        if line.startswith("@sig "):
            txt = line[5:]
            break
    if txt is None:
        return None
    front, back = txt.split("(")
    back = back[:-1].strip()
    front = front.split()
    if constructor:
        ret = jret = None
        mods = SPACE.join(front[:-1])
    else:
        ret = front[-2]
        mods = SPACE.join(front[:-2])
        jret = insistJavaClass(ret)
    arglist = []
    if len(back) > 0:
        for arg in back.split(','):
            c, name = arg.split()
            jc = insistJavaClass(c)
            arglist.append( (jc, name) )
    sigs = []
    for ndefaults in range(0, len(pargs.defaults)+1):
        sigs.append( (mods, jret, arglist[:len(arglist)-ndefaults], []) )
    return sigs



primitives = {'void'   : Void.TYPE,
              'int'    : Integer.TYPE,
              'byte'   : Byte.TYPE, 
              'short'  : Short.TYPE,
              'long'   : Long.TYPE,
              'float'  : Float.TYPE,
              'double' : Double.TYPE,
              'boolean': Boolean.TYPE,
              'char'   : Character.TYPE,
              }


def insistJavaClass(c):
    jc = getJavaClass(c)
    if jc is None and isinstance(c, StringType):
        jc = getJavaClass("java.lang."+c)
    if jc is None:
        raise ValueError, "can not find class: "+c
    return jc



primNames = {'void'   : 'V',
             'int'    : 'I',
             'byte'   : 'B', 
             'short'  : 'S',
             'long'   : 'J',
             'float'  : 'F',
             'double' : 'D',
             'boolean': 'Z',
             'char'   : 'C'
             }


##def makeArrayName(c):
##    if c.endswith("[]"):
##        return "["+makeArrayName(c[:-2])
##    else:
##        if primNames.has_key(c):
##            return primNames[c]
##        else:
##            return "L"+c+";"

import util
def getJavaClass(c):
    if isinstance(c, StringType):
        if primitives.has_key(c):
            return primitives[c]
        if c.endswith("[]"):
            # java1.1 allows only this
            el = getJavaClass(c[:-2])
            if el == None:
                return None
            return Class.getClass(reflect.Array.newInstance(el,0))
        try:
            return util.findClass(c) #Class.forName(c)
        except:
            return None
    elif isinstance(c, ImportName.JavaClass):
        return c.mod #Class.forName(c.name)
    elif isinstance(c, Class):
        return c
    else:
        return None






def printNames(heading, dict):
    items = dict.items()
    if len(items) == 0:
        return

    print       
    print heading

    items1 = []
    for key, value in items:
        if hasattr(key, '__name__'):
            key = key.__name__  
        value = value.keys()
        items1.append( (key, value) )

    items1.sort()
    COMMA = ', '
    for key, value in items1:
        print '  %s used in %s' % (key, COMMA.join(value))



class Compiler:
    # TBD: Bad! But this modules dicts must be available from deep in
    # ObjectFactory.
    allmodules = {}

    def __init__(self, javapackage=None, deep = 1, skip=(), 
                 include=('org.python.modules', 'org.apache.oro.text.regex'),
                 options=None):
        self.javapackage = javapackage
        self.deep = deep
        self.packages = {}
        self.events = {}
        self.depends = {}
        self.modules = {}
        self.javasources = []
        self.files = []
        self.javaclasses = []
        self.javadepends = {}
        self.pypackages = {}
        PyObject.attributes = {}
        self.skip = skip
        self.dependencies = {}
        self.include = include
        self.options = options

    def write(self, msg):
        print msg

    def compilefile(self, filename, name):
        filename = java.io.File(filename).getCanonicalPath()

        if self.modules.has_key(filename):
            return
        self.write('processing %s' % name)

        self.modules[filename] = 1
        mod = self.compile(getdata(filename), filename, name)
        self.modules[filename] = mod
        Compiler.allmodules[name] = mod

    def compile(self, data, filename, name):
        if self.javapackage is not None:
            name = self.javapackage+'.'+name

        data = data + '\n\n'
        
        mod = PythonModule(name, filename, frozen=self.deep)
        fact = ObjectFactory()
        pi = SrcGenCompiler(mod, fact, options=self.options)
        fact.parent = pi
        code = pi.execstring(data)
        # __file__ 
        code.insert(0,jast.Invoke(jast.Identifier('frame'),"setglobal",
                                  [jast.StringConstant('__file__'),
                                   mod.getStringConstant(filename)]))
        code.insert(1,jast.BlankLine())
        code = jast.Block(code)
        mod.addMain(code, pi)
        self.addDependencies(mod)
        return mod

    def addJavaClass(self, name, parent):
        #print 'add java class', name

        for package in self.include:
            if name[:len(package)+1] == package+'.':
                ps = self.javadepends.get(name, [])
                ps.append(parent)
                if len(ps) == 1:
                    self.javadepends[name] = ps

    def addDependency(self, m, attrs, mod, value=1):
        if m is None:
            return

        if isinstance(m, ImportName.Package):
            if value == '*':
                self.packages[m.name] = m.getClasses()
            else:
                if not self.packages.has_key(m.name):
                    self.packages[m.name] = None
        elif isinstance(m, ImportName.Module):
            if m.file is None:
                if m.path is not None:
                    file = os.path.join(m.path[0], '__init__.py')
                    name = m.name+'.__init__'
                    self.depends[file] = name
                    self.pypackages[m.path[0]] = m.name
            else:
                self.depends[m.file] = m.name
        elif isinstance(m, ImportName.JavaClass):
            m.addEvents(attrs, self.events, mod.name)
            self.addJavaClass(m.name, mod.name)
        elif isinstance(m, ImportName.Resource):
            self.javadepends[m.name] = mod.name

        if self.dependencies.has_key(m):
            return
        self.dependencies[m] = 1
        for depend in m.getDepends():
            #print 'depends on', depend
            self.addDependency(depend, attrs, mod)

    def addDependencies(self, mod):
        attrs = PyObject.attributes
        PyObject.attributes = {}
        #print '  attrs', attrs.keys()

        for name, (value, module) in mod.imports.items():
            #print '  depends', name
            if module.package:
                m = ImportName.lookupName(module.package + '.' + name)
                if m is None:
                    m = ImportName.lookupName(name)
            else:
                m = ImportName.lookupName(name)
            self.addDependency(m, attrs, mod, value)            

        if self.deep:
            for filename, name in self.depends.items():
                #self.write('%s requires %s' % (mod.name, name))
                if name in self.skip:
                    self.write('  %s skipping %s' % (mod.name, name))
                self.compilefile(filename, name)

    def filterpackages(self):
        DOT = '.'
        prefixes = {}
        for name in self.packages.keys():
            parts = name.split('.')
            for i in range(1, len(parts)):
                prefixes[DOT.join(parts[:i])] = 1
        #print prefixes
        for name, value in self.packages.items():
            if value is not None:
                continue

            if prefixes.has_key(name):
                del self.packages[name]
                
    def makeJavaProxy(self, module, pyc):
        frame = pyc.frame
        methods = []
        for name, func in frame.names.items():
            v = func.value
            args = None
            if hasattr(v, 'frame'):
                args = v.frame.scope.ac
            sig = None
            if hasattr(v, 'doc'):
                if name == "__init__":
                    sig = getsig(v.doc, args, constructor=1)
                else:
                    sig = getsig(v.doc, args, constructor=0)
            methods.append( (name, args, sig) )
        if pyc.isSuperclassJava():
            supername, pySupername = pyc.supername, pyc.pySupername
            return proxies.JavaProxy(pyc.name, (supername, pySupername), 
                                    pyc.javaclasses, methods, module, pyc.issuperproxy)
        return None

    def preprocessModule(self, mod):
        self.write('  %s module' % mod.name)
        proxyClasses = []
        mainProxy = None
        for name, pyc in mod.classes.items():
            proxy = self.makeJavaProxy(mod, pyc.value)
            if proxy is None:
                continue

            self.write('    '+proxy.getDescription())

            if name == mod.name:
                mainProxy = proxy
            else:
                proxyClasses.append(proxy)

        mod.packages = self.packages
        #print self.packages
        specialClasses = {}
        pkg = mod.package
        if pkg is None:
            pkg = ""
        else:
            pkg = pkg+'.'

        if mainProxy is not None:
            mod.javaproxy = mainProxy
            specialClasses[mod.name+'.'+mainProxy.name] = pkg+mod.name

        for proxy in proxyClasses:
            proxy.modifier = "public static"
            mod.innerClasses.append(proxy)
            specialClasses[mod.name+'.'+proxy.name] = \
                                                    pkg+mod.name+'$'+proxy.name

        mod.specialClasses = specialClasses

    def processModule(self,mod,outdir):
        self.javasources.append(mod.dump(outdir))
        if self.options.bean is not None:
            mod.javaclasses[0] = mod.javaclasses[0], {'Java-Bean':'True'}
        self.javaclasses.extend(mod.javaclasses)

    def displayPackages(self):
        print
        print 'Required packages:'
        for package, classes in self.packages.items():
            if classes is None:
                print '  '+package
            else:
                print '  '+package+'*'

    def dump(self, outdir):
        self.filterpackages()
        self.displayPackages()
        adapters = {}
        for jc, sources in self.events.items():
            adapters[jc] = sources.keys()

        self.write('\nCreating adapters:')
        COMMA = ', '
        for adapter, sources in adapters.items():
            self.write('  %s used in %s' % \
                           (adapter.__name__, COMMA.join(sources)))
            self.makeAdapter(outdir, adapter)

        self.write('\nCreating .java files:')
        for filename, mod in self.modules.items():
            mod.modules = Compiler.allmodules
            self.preprocessModule(mod)

        #self.write('\n...')

        for filename, mod in self.modules.items():
            self.processModule(mod,outdir)
        
        self.java2class(outdir)

    def java2class(self, outdir):
        if self.options.compiler == "NONE":
            self.write('\nLeaving .java files, no compiler specified')
            return
        self.write('\nCompiling .java to .class...')
        code, outtext, errtext = javac.compile(
            self.javasources,
            javac=self.options.compiler,
            options=self.options.jopts,
            sourcedir=outdir)
        print code, outtext, errtext
	if code <> 0:
	    print 'ERROR DURING JAVA COMPILATION... EXITING'
	    sys.exit(code)

    def makeAdapter(self, outdir, proxy):
        os = java.io.ByteArrayOutputStream()
        adaptername = org.python.compiler.AdapterMaker.makeAdapter(proxy, os)
        filename = writeclass(outdir, adaptername, os)
        self.javaclasses.append(adaptername)

    def trackJavaDependencies(self):
        # TBD: huh?
        if len(self.javadepends) == 0: []

        from depend import depends
        done = {}
        self.write('Tracking java dependencies:')
        indent = 1
        while len(done) < len(self.javadepends):
            for name, parents in self.javadepends.items():
                if done.has_key(name):
                    continue
                self.write(('  '*indent)+name)
                ze, jcs = depends(name)
                done[name] = ze
                for jc in jcs:
                    self.addJavaClass(jc, name)
            #print len(done), len(self.javadepends)
            indent = indent+1
        return done.values()



from java.io import *

def writefile(filename, instream):
    file = File(filename)
    File(file.getParent()).mkdirs()
    outstream = FileOutputStream(file)  
    instream.writeTo(outstream)

def writeclass(outdir, classname, stream):
    filename = apply(os.path.join, tuple(classname.split('.')))+'.class'
    filename = os.path.join(outdir, filename)
    writefile(filename, stream)
    return filename

def compile(files, outdir):
    c = Compiler()
    for filename, classname in files:
        c.compilefile(filename, classname)
    c.dump(outdir)
    return c.files, c.javaclasses


if __name__ == '__main__':
    import sys
    filenames = sys.argv[1:]
    print filenames
    outdir = "."
    files = []
    for filename in filenames:
        outdir = os.path.dirname(filename)
        classname = os.path.splitext(os.path.basename(filename))[0]
        files.append( (filename, classname) )
    files, javaclasses = compile(files, outdir)

    #sys.exit() 

    print 'Building archive...'
    from jar import JavaArchive
    ja = JavaArchive([('org.python.core', []),])
    for jc in javaclasses:
        ja.addClass(outdir, jc)
    outjar = "c:\\jython\\tools\\jythonc2\\test\\t.jar"       
    ja.dump(outjar)

# Copyright (c) Corporation for National Research Initiatives

import sys
import os
from types import StringType

from SrcGenCompiler import SrcGenCompiler
from PythonModule import PythonModule
from ObjectFactory import ObjectFactory
from Object import PyObject

import jast
import ImportName
import javac
import proxies

import java
import org
from java.lang import *



def getdata(filename):
    fp = open(filename, "r")
    data = fp.read()
    fp.close()
    return data


def getsig(doc, pargs, constructor=0):
    SPACE = ' '
    if doc is None:
        return None
    #print doc
    lines = doc.split("\n")
    txt = None
    for line in lines:
        line = line.strip()
        if line.startswith("@sig "):
            txt = line[5:]
            break
    if txt is None:
        return None
    front, back = txt.split("(")
    back = back[:-1].strip()
    front = front.split()
    if constructor:
        ret = jret = None
        mods = SPACE.join(front[:-1])
    else:
        ret = front[-2]
        mods = SPACE.join(front[:-2])
        jret = insistJavaClass(ret)
    arglist = []
    if len(back) > 0:
        for arg in back.split(','):
            c, name = arg.split()
            jc = insistJavaClass(c)
            arglist.append( (jc, name) )
    sigs = []
    for ndefaults in range(0, len(pargs.defaults)+1):
        sigs.append( (mods, jret, arglist[:len(arglist)-ndefaults], []) )
    return sigs



primitives = {'void'   : Void.TYPE,
              'int'    : Integer.TYPE,
              'byte'   : Byte.TYPE, 
              'short'  : Short.TYPE,
              'long'   : Long.TYPE,
              'float'  : Float.TYPE,
              'double' : Double.TYPE,
              'boolean': Boolean.TYPE,
              'char'   : Character.TYPE,
              }


def insistJavaClass(c):
    jc = getJavaClass(c)
    if jc is None and isinstance(c, StringType):
        jc = getJavaClass("java.lang."+c)
    if jc is None:
        raise ValueError, "can not find class: "+c
    return jc



primNames = {'void'   : 'V',
             'int'    : 'I',
             'byte'   : 'B', 
             'short'  : 'S',
             'long'   : 'J',
             'float'  : 'F',
             'double' : 'D',
             'boolean': 'Z',
             'char'   : 'C'
             }


##def makeArrayName(c):
##    if c.endswith("[]"):
##        return "["+makeArrayName(c[:-2])
##    else:
##        if primNames.has_key(c):
##            return primNames[c]
##        else:
##            return "L"+c+";"

import util
def getJavaClass(c):
    if isinstance(c, StringType):
        if primitives.has_key(c):
            return primitives[c]
        if c.endswith("[]"):
            # java1.1 allows only this
            el = getJavaClass(c[:-2])
            if el == None:
                return None
            return Class.getClass(reflect.Array.newInstance(el,0))
        try:
            return util.findClass(c) #Class.forName(c)
        except:
            return None
    elif isinstance(c, ImportName.JavaClass):
        return c.mod #Class.forName(c.name)
    elif isinstance(c, Class):
        return c
    else:
        return None






def printNames(heading, dict):
    items = dict.items()
    if len(items) == 0:
        return

    print       
    print heading

    items1 = []
    for key, value in items:
        if hasattr(key, '__name__'):
            key = key.__name__  
        value = value.keys()
        items1.append( (key, value) )

    items1.sort()
    COMMA = ', '
    for key, value in items1:
        print '  %s used in %s' % (key, COMMA.join(value))



class Compiler:
    # TBD: Bad! But this modules dicts must be available from deep in
    # ObjectFactory.
    allmodules = {}

    def __init__(self, javapackage=None, deep = 1, skip=(), 
                 include=('org.python.modules', 'org.apache.oro.text.regex'),
                 options=None):
        self.javapackage = javapackage
        self.deep = deep
        self.packages = {}
        self.events = {}
        self.depends = {}
        self.modules = {}
        self.javasources = []
        self.files = []
        self.javaclasses = []
        self.javadepends = {}
        self.pypackages = {}
        PyObject.attributes = {}
        self.skip = skip
        self.dependencies = {}
        self.include = include
        self.options = options

    def write(self, msg):
        print msg

    def compilefile(self, filename, name):
        filename = java.io.File(filename).getCanonicalPath()

        if self.modules.has_key(filename):
            return
        self.write('processing %s' % name)

        self.modules[filename] = 1
        mod = self.compile(getdata(filename), filename, name)
        self.modules[filename] = mod
        Compiler.allmodules[name] = mod

    def compile(self, data, filename, name):
        if self.javapackage is not None:
            name = self.javapackage+'.'+name

        data = data + '\n\n'
        
        mod = PythonModule(name, filename, frozen=self.deep)
        fact = ObjectFactory()
        pi = SrcGenCompiler(mod, fact, options=self.options)
        fact.parent = pi
        code = pi.execstring(data)
        # __file__ 
        code.insert(0,jast.Invoke(jast.Identifier('frame'),"setglobal",
                                  [jast.StringConstant('__file__'),
                                   mod.getStringConstant(filename)]))
        code.insert(1,jast.BlankLine())
        code = jast.Block(code)
        mod.addMain(code, pi)
        self.addDependencies(mod)
        return mod

    def addJavaClass(self, name, parent):
        #print 'add java class', name

        for package in self.include:
            if name[:len(package)+1] == package+'.':
                ps = self.javadepends.get(name, [])
                ps.append(parent)
                if len(ps) == 1:
                    self.javadepends[name] = ps

    def addDependency(self, m, attrs, mod, value=1):
        if m is None:
            return

        if isinstance(m, ImportName.Package):
            if value == '*':
                self.packages[m.name] = m.getClasses()
            else:
                if not self.packages.has_key(m.name):
                    self.packages[m.name] = None
        elif isinstance(m, ImportName.Module):
            if m.file is None:
                if m.path is not None:
                    file = os.path.join(m.path[0], '__init__.py')
                    name = m.name+'.__init__'
                    self.depends[file] = name
                    self.pypackages[m.path[0]] = m.name
            else:
                self.depends[m.file] = m.name
        elif isinstance(m, ImportName.JavaClass):
            m.addEvents(attrs, self.events, mod.name)
            self.addJavaClass(m.name, mod.name)
        elif isinstance(m, ImportName.Resource):
            self.javadepends[m.name] = mod.name

        if self.dependencies.has_key(m):
            return
        self.dependencies[m] = 1
        for depend in m.getDepends():
            #print 'depends on', depend
            self.addDependency(depend, attrs, mod)

    def addDependencies(self, mod):
        attrs = PyObject.attributes
        PyObject.attributes = {}
        #print '  attrs', attrs.keys()

        for name, (value, module) in mod.imports.items():
            #print '  depends', name
            if module.package:
                m = ImportName.lookupName(module.package + '.' + name)
                if m is None:
                    m = ImportName.lookupName(name)
            else:
                m = ImportName.lookupName(name)
            self.addDependency(m, attrs, mod, value)            

        if self.deep:
            for filename, name in self.depends.items():
                #self.write('%s requires %s' % (mod.name, name))
                if name in self.skip:
                    self.write('  %s skipping %s' % (mod.name, name))
                self.compilefile(filename, name)

    def filterpackages(self):
        DOT = '.'
        prefixes = {}
        for name in self.packages.keys():
            parts = name.split('.')
            for i in range(1, len(parts)):
                prefixes[DOT.join(parts[:i])] = 1
        #print prefixes
        for name, value in self.packages.items():
            if value is not None:
                continue

            if prefixes.has_key(name):
                del self.packages[name]
                
    def makeJavaProxy(self, module, pyc):
        frame = pyc.frame
        methods = []
        for name, func in frame.names.items():
            v = func.value
            args = None
            if hasattr(v, 'frame'):
                args = v.frame.scope.ac
            sig = None
            if hasattr(v, 'doc'):
                if name == "__init__":
                    sig = getsig(v.doc, args, constructor=1)
                else:
                    sig = getsig(v.doc, args, constructor=0)
            methods.append( (name, args, sig) )
        if pyc.isSuperclassJava():
            supername, pySupername = pyc.supername, pyc.pySupername
            return proxies.JavaProxy(pyc.name, (supername, pySupername), 
                                    pyc.javaclasses, methods, module, pyc.issuperproxy)
        return None

    def preprocessModule(self, mod):
        self.write('  %s module' % mod.name)
        proxyClasses = []
        mainProxy = None
        for name, pyc in mod.classes.items():
            proxy = self.makeJavaProxy(mod, pyc.value)
            if proxy is None:
                continue

            self.write('    '+proxy.getDescription())

            if name == mod.name:
                mainProxy = proxy
            else:
                proxyClasses.append(proxy)

        mod.packages = self.packages
        #print self.packages
        specialClasses = {}
        pkg = mod.package
        if pkg is None:
            pkg = ""
        else:
            pkg = pkg+'.'

        if mainProxy is not None:
            mod.javaproxy = mainProxy
            specialClasses[mod.name+'.'+mainProxy.name] = pkg+mod.name

        for proxy in proxyClasses:
            proxy.modifier = "public static"
            mod.innerClasses.append(proxy)
            specialClasses[mod.name+'.'+proxy.name] = \
                                                    pkg+mod.name+'$'+proxy.name

        mod.specialClasses = specialClasses

    def processModule(self,mod,outdir):
        self.javasources.append(mod.dump(outdir))
        if self.options.bean is not None:
            mod.javaclasses[0] = mod.javaclasses[0], {'Java-Bean':'True'}
        self.javaclasses.extend(mod.javaclasses)

    def displayPackages(self):
        print
        print 'Required packages:'
        for package, classes in self.packages.items():
            if classes is None:
                print '  '+package
            else:
                print '  '+package+'*'

    def dump(self, outdir):
        self.filterpackages()
        self.displayPackages()
        adapters = {}
        for jc, sources in self.events.items():
            adapters[jc] = sources.keys()

        self.write('\nCreating adapters:')
        COMMA = ', '
        for adapter, sources in adapters.items():
            self.write('  %s used in %s' % \
                           (adapter.__name__, COMMA.join(sources)))
            self.makeAdapter(outdir, adapter)

        self.write('\nCreating .java files:')
        for filename, mod in self.modules.items():
            mod.modules = Compiler.allmodules
            self.preprocessModule(mod)

        #self.write('\n...')

        for filename, mod in self.modules.items():
            self.processModule(mod,outdir)
        
        self.java2class(outdir)

    def java2class(self, outdir):
        if self.options.compiler == "NONE":
            self.write('\nLeaving .java files, no compiler specified')
            return
        self.write('\nCompiling .java to .class...')
        code, outtext, errtext = javac.compile(
            self.javasources,
            javac=self.options.compiler,
            options=self.options.jopts,
            sourcedir=outdir)
        print code, outtext, errtext
	if code <> 0:
	    print 'ERROR DURING JAVA COMPILATION... EXITING'
	    sys.exit(code)

    def makeAdapter(self, outdir, proxy):
        os = java.io.ByteArrayOutputStream()
        adaptername = org.python.compiler.AdapterMaker.makeAdapter(proxy, os)
        filename = writeclass(outdir, adaptername, os)
        self.javaclasses.append(adaptername)

    def trackJavaDependencies(self):
        # TBD: huh?
        if len(self.javadepends) == 0: []

        from depend import depends
        done = {}
        self.write('Tracking java dependencies:')
        indent = 1
        while len(done) < len(self.javadepends):
            for name, parents in self.javadepends.items():
                if done.has_key(name):
                    continue
                self.write(('  '*indent)+name)
                ze, jcs = depends(name)
                done[name] = ze
                for jc in jcs:
                    self.addJavaClass(jc, name)
            #print len(done), len(self.javadepends)
            indent = indent+1
        return done.values()



from java.io import *

def writefile(filename, instream):
    file = File(filename)
    File(file.getParent()).mkdirs()
    outstream = FileOutputStream(file)  
    instream.writeTo(outstream)

def writeclass(outdir, classname, stream):
    filename = apply(os.path.join, tuple(classname.split('.')))+'.class'
    filename = os.path.join(outdir, filename)
    writefile(filename, stream)
    return filename

def compile(files, outdir):
    c = Compiler()
    for filename, classname in files:
        c.compilefile(filename, classname)
    c.dump(outdir)
    return c.files, c.javaclasses


if __name__ == '__main__':
    import sys
    filenames = sys.argv[1:]
    print filenames
    outdir = "."
    files = []
    for filename in filenames:
        outdir = os.path.dirname(filename)
        classname = os.path.splitext(os.path.basename(filename))[0]
        files.append( (filename, classname) )
    files, javaclasses = compile(files, outdir)

    #sys.exit() 

    print 'Building archive...'
    from jar import JavaArchive
    ja = JavaArchive([('org.python.core', []),])
    for jc in javaclasses:
        ja.addClass(outdir, jc)
    outjar = "c:\\jython\\tools\\jythonc2\\test\\t.jar"       
    ja.dump(outjar)

# Copyright (c) Corporation for National Research Initiatives #print doc ##def makeArrayName(c): ##    if c.endswith("[]"): ##        return "["+makeArrayName(c[:-2]) ##    else: ##        if primNames.has_key(c): ##            return primNames[c] ##        else: ##            return "L"+c+";" # java1.1 allows only this #Class.forName(c) #Class.forName(c.name) # TBD: Bad! But this modules dicts must be available from deep in # ObjectFactory. # __file__ #print 'add java class', name #print 'depends on', depend #print '  attrs', attrs.keys() #print '  depends', name #self.write('%s requires %s' % (mod.name, name)) #print prefixes #print self.packages #self.write('\n...') # TBD: huh? #print len(done), len(self.javadepends) #sys.exit()