arguments instead to handle overrides provided on the make command line.

Fixed typo in message

   run setup.py with the --install-platlib flag so you can override
   'prefix' when running make (e.g. make prefix=/tmp/python/usr/local install)

Instead of using mkdir to create directories, use install -d (mkdir -p
   apparently isn't portable)

Emacs make-mode reported line 371 as suspicious; removed the whitespace from
   that line.

- Setup is now copied from Setup.dist by configure.

Add header comment and __version__

primarily from Evelyn Mitchell (thanks!).

This closes SF patch #103412.

if we can find the libtermcap in the usual places. Some platforms don't
have libtermcap, e.g. MacOSX.

1. skipping of extensions which cause an error (a warning message
   is written to stdout, but the build process no longer fails
   completely)

2. the readline extension to compile on SuSE Linux (and probably
   other platforms too) by adding /usr/lib/termcap to the library search
   path

building.

- Put shared modules in the same place as object files.

- Add CFLAGSFORSHARED variable.  configure sets this to CCSHARED if LDLIBRARY
  is a shared library.
- Remove -fPIC from OPT, it has no business there.
- Change CCSHARED option for Linux to -fPIC.  It should probably be
  -fPIC on a few other platforms as well.
- Don't create silly boot Makefile, create Setup files and run makesetup
  instead.

  is a shared library.
- Add PY_CFLAGS variable (flags used to compile the interpreter)
- clobber now just removes object files, libraries and binaries

This closes SF bug #129759.

examples to flesh it out for the uninitiated.  Here they are.

that PYTHON_API_VERSION be incremented.

arguments, which were based on an interim development API.

test_new: new.code() noew takes two more arguments
test_grammer: Add a bunch of test cases for lambda (not really PEP 227 related)

New tests cases for nested scopes.

prevent binding for str from masking use of builtin str in nested
function.

(This is the only case I found in the standard library where a local
shadows a global or builtin.  There may be others, but the regression
test doesn't catch them.)

Track changes to new opcodes.  Add hasfree list that applies to all
ops that use the closure.

Track changes to PyFrame_New() and PyFuntion_New().

The majority of the changes are in the compiler.  The mainloop changes
primarily to implement the new opcodes and to pass a function's
closure to eval_code2().  Frames and functions got new slots to hold
the closure.

Include/compile.h
    Add co_freevars and co_cellvars slots to code objects.
    Update PyCode_New() to take freevars and cellvars as arguments
Include/funcobject.h
    Add func_closure slot to function objects.
    Add GetClosure()/SetClosure() functions (and corresponding
    macros) for getting at the closure.
Include/frameobject.h
    PyFrame_New() now takes a closure.
Include/opcode.h
    Add four new opcodes: MAKE_CLOSURE, LOAD_CLOSURE, LOAD_DEREF,
    STORE_DEREF.
    Remove comment about old requirement for opcodes to fit in 7
    bits.
compile.c
    Implement changes to code objects for co_freevars and co_cellvars.

    Modify symbol table to use st_cur_name (string object for the name
    of the current scope) and st_cur_children (list of nested blocks).
    Also define st_nested, which might more properly be called
    st_cur_nested.  Add several DEF_XXX flags to track def-use
    information for free variables.

    New or modified functions of note:
    com_make_closure(struct compiling *, PyCodeObject *)
        Emit LOAD_CLOSURE opcodes as needed to pass cells for free
        variables into nested scope.
    com_addop_varname(struct compiling *, int, char *)
        Emits opcodes for LOAD_DEREF and STORE_DEREF.
    get_ref_type(struct compiling *, char *name)
        Return NAME_CLOSURE if ref type is FREE or CELL
    symtable_load_symbols(struct compiling *)
        Decides what variables are cell or free based on def-use info.
        Can now raise SyntaxError if nested scopes are mixed with
        exec or from blah import *.
    make_scope_info(PyObject *, PyObject *, int, int)
        Helper functions for symtable scope stack.
    symtable_update_free_vars(struct symtable *)
        After a code block has been analyzed, it must check each of
        its children for free variables that are not defined in the
        block.  If a variable is free in a child and not defined in
        the parent, then it is defined by block the enclosing the
        current one or it is a global.  This does the right logic.
    symtable_add_use() is now a macro for symtable_add_def()
    symtable_assign(struct symtable *, node *)
        Use goto instead of for (;;)

    Fixed bug in symtable where name of keyword argument in function
    call was treated as assignment in the scope of the call site. Ex:
        def f():
            g(a=2) # a was considered a local of f

ceval.c
    eval_code2() now take one more argument, a closure.
    Implement LOAD_CLOSURE, LOAD_DEREF, STORE_DEREF, MAKE_CLOSURE>

    Also: When name error occurs for global variable, report that the
    name was global in the error mesage.

Objects/frameobject.c
    Initialize f_closure to be a tuple containing space for cellvars
    and freevars.  f_closure is NULL if neither are present.
Objects/funcobject.c
    Add support for func_closure.
Python/import.c
    Change the magic number.
Python/marshal.c
    Track changes to code objects.

A cell contains a reference to a single PyObject.  It could be
implemented as a mutable, one-element sequence, but the separate type
has less overhead.