Mercurial > hg > xemacs-beta
view nt/installer/Wise/pre_wise.py @ 1292:f3437b56874d
[xemacs-hg @ 2003-02-13 09:57:04 by ben]
profile updates
profile.c: Major reworking. Keep track of new information -- total
function timing (includes descendants), GC usage, total GC usage
(includes descendants). New functions to be called appropriately
from eval.c, alloc.c to keep track of this information. Keep track
of when we're actually in a function vs. in its profile, for more
accurate timing counts. Track profile overhead separately. Create
new mechanism for specifying "internal sections" that are tracked
just like regular Lisp functions and even appear in the backtrace
if `backtrace-with-internal-sections' is non-nil (t by default
for error-checking builds). Add some KKCC information for the
straight (non-Elisp) hash table used by profile, which contains
Lisp objects in its keys -- but not used yet. Remove old ad-hoc
methods for tracking garbage collection, redisplay (which was
incorrect anyway when Lisp was called within these sections).
Don't record any tick info when blocking under MS Windows, since
the timer there is in real time rather than in process time.
Make `start-profiling', `stop-profiling' interactive. Be consistent
wrt. recursive functions and functions currently on the stack when
starting or stopping -- together these make implementing the
`total' values extremely difficult. When we start profiling, we
act as if we just entered all the functions currently on the stack.
Likewise when exiting. Create vars in_profile for tracking
time spent inside of profiling, and profiling_lock for setting
exclusive access to the main hash table when reading from it or
modifying it. (protects against getting screwed up by the signal
handle going off at the same time.
profile.h: New file.
Create macros for declaring internal profiling sections.
lisp.h: Move profile-related stuff to profile.h.
alloc.c: Keep track of total consing, for profile.
Tell profile when we are consing.
Use new profile-section method for noting garbage-collection.
alloc.c: Abort if we attempt to call the allocator reentrantly.
backtrace.h, eval.c: Add info for use by profile in the backtrace frame and transfer
PUSH_BACKTRACE/POP_BACKTRACE from eval.c, for use with profile.
elhash.c: Author comment.
eval.c, lisp.h: New Lisp var `backtrace-with-internal-sections'. Set to t when
error-checking is on.
eval.c: When unwinding,
eval.c: Report to profile when we are about-to-call and just-called wrt. a
function.
alloc.c, eval.c: Allow for "fake" backtrace frames, for internal sections (used by
profile and `backtrace-with-internal-sections'.
event-Xt.c, event-gtk.c, event-msw.c, event-tty.c: Record when we are actually blocking on an event, for profile's sake.
event-stream.c: Record internal profiling sections for getting, dispatching events.
extents.c: Record internal profiling sections for map_extents.
hash.c, hash.h: Add pregrow_hash_table_if_necessary(). (Used in profile code
since the signal handler is the main grower but can't allow
a realloc(). We make sure, at critical points, that the table
is large enough.)
lread.c: Create internal profiling sections for `load' (which may be triggered
internally by autoload, etc.).
redisplay.c: Remove old profile_redisplay_flag. Use new macros to declare
internal profiling section for redisplay.
text.c: Use new macros to declare internal profiling sections for
char-byte conversion and internal-external conversion.
SEMI-UNRELATED CHANGES:
-----------------------
text.c: Update the long comments.
author | ben |
---|---|
date | Thu, 13 Feb 2003 09:57:08 +0000 |
parents | 74fd4e045ea6 |
children | a268de273009 |
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import string import re import os import types infile=open("xemacs.tmpl","r") import version import dirs import filelist import packages def letter(package): index = packages.all.index(package) if index>29: raise "WISE error: too many components" return chr(ord("A")+index) def letters(package_list): ret = "" for p in package_list: ret = ret+letter(p) return ret def describe(package): if package in packages.descriptions.keys(): return ": "+packages.descriptions[package] else: return "" def ifblock(var,val): return("item: If/While Statement\n Variable=%s\n Value=%s\n Flags=00001010\nend\n" % (var,val)) def endblock(): return("item: End Block\nend\n") def setvar(var,val): return("item: Set Variable\n Variable=%s\n Value=%s\n Flags=10000000\nend\n" % (string.upper(var), val)) def default_letters_of_category(cat): val = "" for p in packages.default: if packages.category_of_package(p) == cat: val = val + packages.letter_of_package(p) return val def set_category_defaults(): ret = "" for c in packages.category_names: ret = ret + setvar(c, default_letters_of_category(c)) return ret def do_category(cat): ret = ifblock("COMPONENTS", packages.letter_of_category(cat)) for pkg in packages.packages_of_category(cat): ret = ret + ifblock(string.upper(cat),packages.letter_of_package(pkg)) for f in files_of_package(pkg): ret = ret+install_pkg_file(f) ret = ret + endblock() ret = ret + endblock() return ret def files_of_package(package): manifest_file = dirs.packages + "\\pkginfo\\MANIFEST." + package manifest = open(manifest_file,"r") lines = manifest.readlines() lines = map(lambda s:s[:-1], lines) lines = map(lambda s:string.replace(s,'/','\\'), lines) return lines def category_dialog(cat): npkg = len(packages.packages_of_category(cat)) ret="" ret=ret+" item: Dialog\n Title="+packages.category_descriptions[cat]+" Packages\n" ret=ret+" Width=210\n" ret=ret+" Height=%d\n" % (45+npkg*10) ret=ret+" Font Name=Helv\n" ret=ret+" Font Size=8\n" ret=ret+" item: Push Button\n" ret=ret+" Rectangle=107 %d 147 %d\n" % (5+npkg*10+2, 5+npkg*10+17) ret=ret+" Create Flags=01010000000000010000000000000001\n" ret=ret+" Text=OK\n" ret=ret+" end\n" ret=ret+" item: Push Button\n" ret=ret+" Rectangle=153 %d 193 %d\n" % (5+npkg*10+2, 5+npkg*10+17) ret=ret+" Variable=%s\n" % string.upper(cat) ret=ret+" Value=%%%s_SAVE%%\n" % string.upper(cat) ret=ret+" Create Flags=01010000000000010000000000000000\n" ret=ret+" Flags=0000000000000001\n" ret=ret+" Text=Cancel\n" ret=ret+" end\n" ret=ret+" item: Checkbox\n" ret=ret+" Rectangle=0 5 191 %d\n" % (10*npkg) ret=ret+" Variable=%s\n"%string.upper(cat) ret=ret+" Create Flags=01010000000000010000000000000011\n" ret=ret+" Flags=0000000000000010\n" for pkg in packages.packages_of_category(cat): ret = ret+" Text=%s: %s\n"%( pkg, packages.package_descriptions[pkg]) ret=ret+" Text=\n" ret=ret+" end\n" ret=ret+" end\n" return ret def src_path(src,name): return src + "\\" + name def dst_path(dst,name): return "%MAINDIR%"+"\\"+dst+"\\" + name def install_file(name,src,dst): return("item: Install File\n Source=%s\n Destination=%s\n Flags=0000000010000010\nend\n" % (src_path(src,name),dst_path(dst,name))) def install_pkg_file(name): return install_file(name,dirs.packages,dirs.pkg_dst) def do_package(package): return ifblock("COMPONENTS",letter(package)) + \ string.join(map(install_pkg_file,files(package)),"")+ \ endblock() for line in infile.readlines(): left=string.find(line,"<<<") if left>=0: right=string.find(line,">>>") expr=line[left+3:right] val=eval(expr) if type(val)==types.StringType: print line[:left] + val + line[right+3:], elif type(val)==types.ListType: for v in val: print line[:left] + v + line[right+3:], else: print line,