search for: clean_up

I downloaded the ics from http://www.thegreenerleithsocial.org/events/cleanup-the-cycle-path and tried to parse it in my rails app console: ?> cal_file = File.open("/tmp/Clean_up the Cycle Path-1.ics") => #<File:/tmp/Clean_up the Cycle Path-1.ics> >> cals = Icalendar.parse(cal_file) Icalendar::UnknownPropertyMethod: Unknown property type: website from ..../vendor/gems/icalendar-1.1.3/lib/icalendar/parser.rb:183:in `parse_component'' from ..../v...

...ork(args) @time_remaining = args[:initial_setting].to_i @emrec_id = args[:emrec_id] @session_id = args[:session_id] @session_rec = Session.find(:first, :conditions => ["sessid = ?", @session_id]) watch_session(args) sleep(2) clean_up end def watch_session(args) while @time_remaining > 0 sleep(1) emrec = Emrec.find(@emrec_id) if emrec != nil if emrec.timer_suspended == ''no'' last_activity = emrec.last_updated_at time_remaining_float = (last_activity...

...ning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test passes> clang -c -O2 -num-fn=7 test...

...c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang -c -O2 -num-fn=6 test.c > <test p...

...7:00:55 DEBUG[30462]: chan_sip.c:831 __sip_ack: Stopping retransmission on ''6a003895563e6c4544fe6860242fbe72@194.173.125.94'' of Request 102: Found $$$ Cleaning up bc with stid :10000104 Duming again: Idx: 0 stack->cchan: 0 Chan 1 Idx: 1 stack->cchan: 0 Chan 2 Dumped I IND :CLEAN_UP pid:0 mode:TE addr:51400104 port:4 --> dad: oad channel 0 port 4 $$$ find_chan: No channel found for oad: dad: $$$ MGMT FRAME: prim f2481 addr 50400104 dinfo 0 == Spawn extension (bat-outside-isdn, 72, 1) exited non-zero on ''mISDN/4/177xxxxxxx'' -- Executing Hangup...

...ction (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> clang -c -O2 -num-fn=4 test.c >> <test passes> >> clang -c -O2 -num-fn=...

...ning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test passes> clang -c -O2 -num-fn=7 test...

...c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang -c -O2 -num-fn=6 test.c > <test p...

...t;> Optimizing function (2) free_S >>> Optimizing function (3) hash_S >>> Optimizing function (4) insert_S >>> Optimizing function (5) zero_S >>> Optimizing function (6) init_S >>> Optimizing function (7) matches_S >>> Optimizing function (8) clean_up >>> >>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >>> >>> clang -c -O2 -num-fn=4 test.c >>> <test passes> >>&g...

...t.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective > optimization and re-running the test case to determine the function in which > the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang -c -O2 -num-fn=6 test.c > <...

...c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang -c -O2 -num-fn=6 test.c > <test p...

...: L1_ACTIVATED P[ 0] Got empty Msg.. *CLI> ===== CLI: removing cable from hfc card ===== *CLI> P[ 0] Got empty Msg.. P[ 0] MGMT: Short status dinfo 1000000 P[ 0] MGMT: SSTATUS: L1_DEACTIVATED P[ 1] $$$ find_chan: No channel found for oad: dad: P[ 0] get_index: event not found! P[ 1] I IND :CLEAN_UP oad: dad: pid:0 state:none P[ 1] empty_chan_in_stack: 1 P[ 1] Idx:0 stack->cchan:0 in_use:0 Chan:1 P[ 1] Idx:1 stack->cchan:0 in_use:0 Chan:2 P[ 1] Idx:2 stack->cchan:0 in_use:0 Chan:3 P[ 1] $$$ CLEANUP CALLED pid:0 P[ 1] $$$ Already cleaned up bc with stid :0 P[ 1] $$$ find_chan: No chann...

...ning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c -O2 -num-fn=6 test.c <test passes> clang -c -O2 -num-fn=7 test...

...ction (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> clang -c -O2 -num-fn=4 test.c >> <test passes> >> clang -c -O2 -num-fn=...

...ction (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> clang -c -O2 -num-fn=4 test.c >> <test passes> >> clang -c -O2 -num-fn=...

...->hdr.size); > + if (err == -EAGAIN && time_before(jiffies, end_jiffies)) > + usleep_range(1000, 2000); > + else > + break; > + } while (1); > + > + if (err) > + goto clean_up; > + > + pmu_queue_push(pmu, queue, cmd, cmd->hdr.size); > + > + err = pmu_queue_close(pmu, queue, true); > + > +clean_up: > + if (err) > + nv_error(ppmu, > + "fail to write cmd to queue %d", queue_id); &g...

...c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test.c > <test passes> > clang -c -O2 -num-fn=6 test.c > <test p...

...pmu, "pmu write cmd\n"); + + queue = &pmu->queue[queue_id]; + + do { + err = pmu_queue_open_write(pmu, queue, cmd->hdr.size); + if (err == -EAGAIN && time_before(jiffies, end_jiffies)) + usleep_range(1000, 2000); + else + break; + } while (1); + + if (err) + goto clean_up; + + pmu_queue_push(pmu, queue, cmd, cmd->hdr.size); + + err = pmu_queue_close(pmu, queue, true); + +clean_up: + if (err) + nv_error(ppmu, + "fail to write cmd to queue %d", queue_id); + else + nv_debug(ppmu, "cmd writing done"); + + return err; +} + +int gk20a_pmu_cmd_po...

...on (2) free_S >>>> Optimizing function (3) hash_S >>>> Optimizing function (4) insert_S >>>> Optimizing function (5) zero_S >>>> Optimizing function (6) init_S >>>> Optimizing function (7) matches_S >>>> Optimizing function (8) clean_up >>>> >>>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >>>> >>>> clang -c -O2 -num-fn=4 test.c >>>> <test p...

...--> lib: CLEANING UP l3id: a0001 P[ 5] --> empty chan 1 P[ 5] BC_STATE_CHANGE: from:BCHAN_CLEANED to:BCHAN_EMPTY P[ 5] BC_NEXT_STATE_CHANGE: from:BCHAN_EMPTY to:BCHAN_EMPTY P[ 0] $$$ CLEANUP CALLED P[ 5] $$$ CLEARING STACK P[ 5] BC_STATE_CHANGE: from:BCHAN_EMPTY to:BCHAN_CLEANED P[ 5] I IND :CLEAN_UP oad: dad: P[ 5] --> mode:TE cause:16 ocause:16 rad: cad: P[ 5] --> facility:FAC_NONE out_facility:FAC_NONE P[ 5] --> info_dad: onumplan:0 dnumplan:0 rnumplan:0 cpnnumplan:0 P[ 5] --> screen:0 --> pres:0 P[ 5] --> channel:0 caps:Speech pi:0 keypad: P[ 5] --> urate:0 rate:1...