Retab

examples/curstest

@@ -6,18 +6,18 @@ import curses, sys
 #curses.start_color()
 #print "TERM is", curses.termname()
 #if curses.has_colors():
-#	print "Has colors"#
+#   print "Has colors"#
 #print curses.color_pair(curses.COLOR_RED), "Red"
 #curses.endwin()
 
 #curses.setupterm('xterm')
 curses.setupterm()
 
 if sys.stdout.isatty():
-	print "Is a TTY"
+    print "Is a TTY"
 
 print "Size is %sx%s" % (curses.tigetnum('lines'), curses.tigetnum('cols'))
 
 if curses.tigetnum('colors') > 0:
-	print "Has colors"
-	print curses.tigetnum('colors')
+    print "Has colors"
+    print curses.tigetnum('colors')

examples/devtest.py

@@ -5,28 +5,28 @@
 import dstat, time
 
 devices = ( 
-	(  1,   0, 'ram0'),
-	(  1,   1, 'ram1'),
-	(  3,   1, 'hda1'),
-	( 33,   0, 'hde'),
-	(  7,   0, 'loop0'),
-	(  7,   1, 'loop1'),
-	(  8,   0, '/dev/sda'),
-	(  8,   1, '/dev/sda1'),
-	(  8,  18, '/dev/sdb2'),
-	(  8,  37, '/dev/sdc5'),
-	(  9,   0, 'md0'),
-	(  9,   1, 'md1'),
-	(  9,   2, 'md2'),
-	( 74,  16, '/dev/ida/c2d1'),
-	( 77, 241, '/dev/ida/c5d15p1'),
-	( 98,   0, 'ubd/disc0/disc'),
-	( 98,  16, 'ubd/disc1/disc'),
-	(104,   0, 'cciss/c0d0'),
-	(104,   2, 'cciss/c0d0p2'),
-	(253,   0, 'dm-0'),
-	(253,   1, 'dm-1'),
+    (  1,   0, 'ram0'),
+    (  1,   1, 'ram1'),
+    (  3,   1, 'hda1'),
+    ( 33,   0, 'hde'),
+    (  7,   0, 'loop0'),
+    (  7,   1, 'loop1'),
+    (  8,   0, '/dev/sda'),
+    (  8,   1, '/dev/sda1'),
+    (  8,  18, '/dev/sdb2'),
+    (  8,  37, '/dev/sdc5'),
+    (  9,   0, 'md0'),
+    (  9,   1, 'md1'),
+    (  9,   2, 'md2'),
+    ( 74,  16, '/dev/ida/c2d1'),
+    ( 77, 241, '/dev/ida/c5d15p1'),
+    ( 98,   0, 'ubd/disc0/disc'),
+    ( 98,  16, 'ubd/disc1/disc'),
+    (104,   0, 'cciss/c0d0'),
+    (104,   2, 'cciss/c0d0p2'),
+    (253,   0, 'dm-0'),
+    (253,   1, 'dm-1'),
 )
 
 for maj, min, device in devices:
-	print device, '->', dstat.dev(maj, min)
+    print device, '->', dstat.dev(maj, min)

examples/mmpipe.py

@@ -2,38 +2,38 @@
 import select, sys, os
 
 def readpipe(file, tmout = 0.001):
-	"Read available data from pipe"
-	ret = ''
-	while not select.select([file.fileno()], [], [], tmout)[0]:
-		pass
-	while select.select([file.fileno()], [], [], tmout)[0]:
-		ret = ret + file.read(1)
-		return ret.split('\n')
+    "Read available data from pipe"
+    ret = ''
+    while not select.select([file.fileno()], [], [], tmout)[0]:
+        pass
+    while select.select([file.fileno()], [], [], tmout)[0]:
+        ret = ret + file.read(1)
+        return ret.split('\n')
 
 def dpopen(cmd):
-	"Open a pipe for reuse, if already opened, return pipes"
-	global pipes
-	if 'pipes' not in globals().keys(): pipes = {}
-	if cmd not in pipes.keys():
-		pipes[cmd] = os.popen3(cmd, 't', 0)
-	return pipes[cmd]
+    "Open a pipe for reuse, if already opened, return pipes"
+    global pipes
+    if 'pipes' not in globals().keys(): pipes = {}
+    if cmd not in pipes.keys():
+        pipes[cmd] = os.popen3(cmd, 't', 0)
+    return pipes[cmd]
 
 ### Unbuffered sys.stdout
 sys.stdout = os.fdopen(1, 'w', 0)
 
 ### Main entrance
 if __name__ == '__main__':
-	try:
-		stdin, stdout, stderr = dpopen('/usr/lpp/mmfs/bin/mmpmon -p -s')
-		stdin.write('reset\n')
-		readpipe(stdout)
+    try:
+        stdin, stdout, stderr = dpopen('/usr/lpp/mmfs/bin/mmpmon -p -s')
+        stdin.write('reset\n')
+        readpipe(stdout)
 
-		while True:
-			stdin.write('io_s\n')
-			for line in readpipe(stdout):
-				print line
+        while True:
+            stdin.write('io_s\n')
+            for line in readpipe(stdout):
+                print line
 
-	except KeyboardInterrupt, e:
-		print
+    except KeyboardInterrupt, e:
+        print
 
 # vim:ts=4:sw=4

examples/mstat.py

@@ -17,27 +17,27 @@
 ### Load stats
 stats = []
 for o in (dstat.dstat_epoch(), dstat.dstat_cpu(), dstat.dstat_mem(), dstat.dstat_load(), dstat.dstat_disk(), dstat.dstat_sys()):
-	try: o.check()
-	except Exception, e: print e
-	else: stats.append(o)
+    try: o.check()
+    except Exception, e: print e
+    else: stats.append(o)
 
 ### Make time stats sub-second
 stats[0].format = ('t', 14, 0)
 
 ### Print headers
 title1 = title2 = ''
 for o in stats:
-	title1 = title1 + '  ' + o.title1()
-	title2 = title2 + '  ' + o.title2()
+    title1 = title1 + '  ' + o.title1()
+    title2 = title2 + '  ' + o.title2()
 print '\n' + title1 + '\n' + title2
 
 ### Print stats
 for dstat.update in range(count):
-	line = ''
-	for o in stats:
-		o.extract()
-		line = line + '  ' + o.show()
-	print line + dstat.ansi['reset']
-	if dstat.update != count-1: time.sleep(delay)
-	dstat.tick = 1
+    line = ''
+    for o in stats:
+        o.extract()
+        line = line + '  ' + o.show()
+    print line + dstat.ansi['reset']
+    if dstat.update != count-1: time.sleep(delay)
+    dstat.tick = 1
 print dstat.ansi['reset']

examples/tdbtest

@@ -6,8 +6,8 @@ print db.keys()
 
 key=db.firstkey()
 while key:
-	print db.fetch(key)
-	key=db.nextkey(key)
+    print db.fetch(key)
+    key=db.nextkey(key)
 
 db = tdb.tdb('/var/cache/samba/locking.tdb')
 print db.keys

plugins/dstat_app.py

@@ -7,62 +7,62 @@
 import string
 
 class dstat_app(dstat):
-	def __init__(self):
-		self.name = 'most expensive'
-		self.format = ('s', 18, 0)
-		self.nick = ('process',)
-		self.vars = self.nick
-		self.pid = str(os.getpid())
-		self.cn1 = {}; self.cn2 = {}; self.val = {}
+    def __init__(self):
+        self.name = 'most expensive'
+        self.format = ('s', 18, 0)
+        self.nick = ('process',)
+        self.vars = self.nick
+        self.pid = str(os.getpid())
+        self.cn1 = {}; self.cn2 = {}; self.val = {}
 
-	def extract(self):
-		max = 0.0
-		for pid in os.listdir('/proc/'):
-			try: int(pid)
-			except: continue
-			if os.path.exists('/proc/%s/stat' % pid):
-				if pid == self.pid: continue
-				if not self.cn1.has_key(pid):
-					self.cn1[pid] = 0
+    def extract(self):
+        max = 0.0
+        for pid in os.listdir('/proc/'):
+            try: int(pid)
+            except: continue
+            if os.path.exists('/proc/%s/stat' % pid):
+                if pid == self.pid: continue
+                if not self.cn1.has_key(pid):
+                    self.cn1[pid] = 0
 
-				### Using dopen() will cause too many open files
-#				l = string.split(dopen('/proc/%s/stat' % pid).read())
-				l = string.split(open('/proc/%s/stat' % pid).read())
-				if len(l) < 15: continue
-				self.cn2[pid] = int(l[13]) + int(l[14])
-				usage = (self.cn2[pid] - self.cn1[pid]) * 1.0 / tick
+                ### Using dopen() will cause too many open files
+#               l = string.split(dopen('/proc/%s/stat' % pid).read())
+                l = string.split(open('/proc/%s/stat' % pid).read())
+                if len(l) < 15: continue
+                self.cn2[pid] = int(l[13]) + int(l[14])
+                usage = (self.cn2[pid] - self.cn1[pid]) * 1.0 / tick
 
-				### Get the process that spends the most jiffies
-				if usage > max:
-					max = usage
-					self.val['name'] = l[1][1:-1]
-					self.val['pid'] = pid
+                ### Get the process that spends the most jiffies
+                if usage > max:
+                    max = usage
+                    self.val['name'] = l[1][1:-1]
+                    self.val['pid'] = pid
 
-		if max == 0.0:
-			self.val['process'] = ''
-		else:
-			### If the name is a known interpreter, take the second argument from the cmdline
-			if self.val['name'] in ('bash', 'csh', 'ksh', 'perl', 'python', 'sh'):
-				### Using dopen() will cause too many open files
-#				l = string.split(dopen('/proc/%s/cmdline' % self.val['pid']).read(), '\0')
-				l = string.split(open('/proc/%s/cmdline' % self.val['pid']).read(), '\0')
-				if len(l) > 2:
-					self.val['name'] = os.path.basename(l[1])
+        if max == 0.0:
+            self.val['process'] = ''
+        else:
+            ### If the name is a known interpreter, take the second argument from the cmdline
+            if self.val['name'] in ('bash', 'csh', 'ksh', 'perl', 'python', 'sh'):
+                ### Using dopen() will cause too many open files
+#               l = string.split(dopen('/proc/%s/cmdline' % self.val['pid']).read(), '\0')
+                l = string.split(open('/proc/%s/cmdline' % self.val['pid']).read(), '\0')
+                if len(l) > 2:
+                    self.val['name'] = os.path.basename(l[1])
 
-#				l = l.reverse()
-#				for x in l:
-#					print x
-#					if x[0] != '-':
-#						self.val['name'] = os.path.basename(x)
-#						break
+#               l = l.reverse()
+#               for x in l:
+#                   print x
+#                   if x[0] != '-':
+#                       self.val['name'] = os.path.basename(x)
+#                       break
 
-			### Show yellow usage
-			self.val['process'] = '%-*s%s%3d' % (self.format[1]-3, self.val['name'], ansi['yellow'], round(max))
+            ### Show yellow usage
+            self.val['process'] = '%-*s%s%3d' % (self.format[1]-3, self.val['name'], ansi['yellow'], round(max))
 
-			### Debug (show PID)
-#			self.val['process'] = '%*s %-*s' % (5, self.val['pid'], self.format[1]-6, self.val['name'])
+            ### Debug (show PID)
+#           self.val['process'] = '%*s %-*s' % (5, self.val['pid'], self.format[1]-6, self.val['name'])
 
-		if step == op.delay:
-			self.cn1.update(self.cn2)
+        if step == op.delay:
+            self.cn1.update(self.cn2)
 
-# vim:ts=4:sw=4
+# vim:ts=4:sw=4:et

plugins/dstat_battery.py

@@ -7,39 +7,39 @@
 import string
 
 class dstat_battery(dstat):
-	def __init__(self):
-		self.name = 'battery'
-		self.format = ('f', 4, 34)
-		self.vars = []
-		for battery in os.listdir('/proc/acpi/battery/'):
-			for line in dopen('/proc/acpi/battery/'+battery+'/state').readlines():
-				l = string.split(line)
-				if len(l) < 2: continue
-				if l[0] == 'present:' and l[1] == 'yes':
-					self.vars.append(battery)
-#		self.nick = [string.lower(name) for name in self.vars]
-		self.nick = []
-		for name in self.vars:
-			self.nick.append(string.lower(name))
-		self.init(self.vars, 1)
+    def __init__(self):
+        self.name = 'battery'
+        self.format = ('f', 4, 34)
+        self.vars = []
+        for battery in os.listdir('/proc/acpi/battery/'):
+            for line in dopen('/proc/acpi/battery/'+battery+'/state').readlines():
+                l = string.split(line)
+                if len(l) < 2: continue
+                if l[0] == 'present:' and l[1] == 'yes':
+                    self.vars.append(battery)
+#       self.nick = [string.lower(name) for name in self.vars]
+        self.nick = []
+        for name in self.vars:
+            self.nick.append(string.lower(name))
+        self.init(self.vars, 1)
 
-	def extract(self):
-		for battery in self.vars:
-			for line in dopen('/proc/acpi/battery/'+battery+'/info').readlines():
-				l = string.split(line)
-				if len(l) < 4: continue
-				if l[0] == 'last':
-					full = int(l[3])
-					break
-			for line in dopen('/proc/acpi/battery/'+battery+'/state').readlines():
-				l = string.split(line)
-				if len(l) < 3: continue
-				if l[0] == 'remaining':
-					current = int(l[2])
-					break
-			if current:
-				self.val[battery] = current * 100.0 / full
-			else:
-				self.val[battery] = -1
+    def extract(self):
+        for battery in self.vars:
+            for line in dopen('/proc/acpi/battery/'+battery+'/info').readlines():
+                l = string.split(line)
+                if len(l) < 4: continue
+                if l[0] == 'last':
+                    full = int(l[3])
+                    break
+            for line in dopen('/proc/acpi/battery/'+battery+'/state').readlines():
+                l = string.split(line)
+                if len(l) < 3: continue
+                if l[0] == 'remaining':
+                    current = int(l[2])
+                    break
+            if current:
+                self.val[battery] = current * 100.0 / full
+            else:
+                self.val[battery] = -1
 
-# vim:ts=4:sw=4
+# vim:ts=4:sw=4:et