| Commit message (Collapse) | Author | Age | Files | Lines |
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tools to libexec.
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This makes zooming more consistent and less buggy.
* grapher/Graph.cxx (Graph::draw): Set graph time spread using
_zoomFactor.
* grapher/Graph.hxx (Graph::getHorizontalScale): no _zoomFactor
* grapher/GraphWidget.cxx (on_motion_notify_event): Dragging increment
uses _zoomFactor.
(on_scroll_event): Set extents after changing the zoom factor with
the scroll wheel.
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The right side of the graph represents the most recent time. Since
there is never anything interesting to the right of that, it makes
sense to have the origin of the scaling be there.
* grapher/Graph.hxx (getHorizontalScale): new function
* grapher/GraphStyle.cxx (GraphStyleBar::draw, GraphStyleDot::draw,
GraphStyleEvent::draw): Use cairo transform functions to set up
scaling.
(GraphStyleBar::dataIndexAtPoint, GraphStyleEvent::dataIndexAtPoint):
Base calculations on scaling from right.
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I don't why I thought this ever worked.
* grapher/GraphStyle.cxx (GraphStyleEvent::dataIndexAtPoint): return
distance from beginning of buffer, not beginning of search bounds.
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* testsuite/systemtap.examples/general/grapher.stp: Use kernel_char
instead of kernel_string to dig characters out of buffer.
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* grapher/Graph.cxx (Graph::draw): Make axis values end up on
multiples of majorUnit.
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Don't scale graph based on how much data will fit. This didn't work
very well and resulted in distracting, weird scale changes. We now
assume that scripts output their time (x axis) in milliseconds.
* grapher/Graph.hxx (setCurrentTime): New function.
* grapher/Graph.cxx (Graph::draw): Assume a fixed default scale of 1
pixel = 5 milliseconds and don't do any autoscaling.
* grapher/GraphWidget.cxx (GraphWidget constructor): Set global time
base on startup.
(on_expose_event): Don't search graphs for earliest time.
* grapher/GraphWidget.hxx (_timeBaseInitialized): delete
* grapher/Time.hxx: new file; interface to timeval.
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* runtime/task_finder_vma.c (stap_remove_vma_map_info): Return negative
status on failure.
(stap_find_vma_map_info): Likewise.
(stap_find_vma_map_info_user): New function.
(stap_drop_vma_maps): New function.
* runtime/sym.h (addr): Renamed to static_addr, to store addresses for
sections which are always mapped at the same address.
(_stp_module_relocate): Add extra struct task_struct *tsk argument.
* runtime/sym.c (_stp_tf_exec_cb): New callback, calls stap_drop_vma_maps.
(_stp_tf_mmap_cb): Don't store address in module.section, but call
stap_add_vma_map_info() per tsk->group_leader for matched module.
Don't register empty/null modules.
(_stp_module_relocate): Take extra struct task_struct *tsk argument,
cache last tsk used. Only use section->static_addr for none dynamic
modules. Use stap_find_vma_map_info_user() to locate dynamic modules.
(_stp_mod_sec_lookup): Add extra argument unsigned long *rel_addr to
optionally store relative address when module/section found.
(_stp_kallsyms_lookup): Use _stp_mod_sec_lookup to find relative address.
(_stp_sym_init): Register _stp_tf_exec_cb in stap_task_finder_target.
Add error check to see if task finder could be initialized.
* dwflpp.cxx (emit_address): Pass NULL for kernel/modules and current for
user tasks to _stp_module_relocate.
* runtime/transport/symbols.c (_stp_do_relocation): Set new static_addr
_stp_section field.
* runtime/unwind.c (adjustStartLoc): Take new struct task_struct *tsk
argument and pass to stap_find_vma_map_info_user and _stp_module_relocate
to find adjusted addr.
(_stp_search_unwind_hdr): Pass through struct task_struct *tsk.
(unwind_frame): Likewise.
* tapset/context-symbols.stp (probemod): Add NULL to _stp_mod_sec_lookup
call to indicate we aren't interested in relative address.
* tapsets.cxx (dwarf_derived_probe_group::emit_module_init): Pass NULL to
_stp_module_relocate to indicate kernel/module address.
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* testsuite/systemtap.examples/general/grapher.stp: Conditionalize
pty_write count variable on kernel version.
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A silly change, but this works better with other tools, like git
diff. I should have started the C++ files this way.
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* runtime/stack-i386.c (_stp_stack_print): Make call to uprobe_get_pc()
conditional on CONFIG_UTRACE.
* runtime/stack-x86_64.c: Ditto.
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* runtime/loc2c-runtime.h: Remove k_ vs u_[store_]deref; share instead.
* tapsets.cxx: Remove k_ vs u_ redirection for *deref().
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* runtime/stack.c (_stp_stack_print): Comment out *retprobe logic if !CONFIG_UTRACE.
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* buildrun.cxx (compile_pass): Disable module signing goo.
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* dwflpp.cxx (resolve_prologue_endings): Skip entrypc=0.
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* runtime/uprobes/uprobes.c (uprobe_get_pc): new function
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* runtime/loc2c-runtime.h (fetch_register, store_register):
forked into k_ (kernel) and u_ (user) varieties. Implement
i386 and x86_64 in terms of regset.h; fall back to k_* for
other architectures.
* tapsets.cxx: (*::visit_target_symbol): Emit macros to map
loc2c's fetch/store_register to loc2c-runtime's k_ or u_ as
appopriate.
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* tapsets.cxx (uprobe_derived_probe_group::emit_module_decls): Emit
sdt_sem_tid. Use it to recalculate sem address when task changes.
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The automatic documentation extraction doesn't allow blank lines between the
the comment and the actual code. Removed the problem blank line to allow
the information to be extracted for the SystemTap Tapset Reference Manual.
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Turns out that it breaks on kernels that don't have utrace.
* runtime/runtime.h : Don't include uprobes.h
* runtime/stack.c: Include uprobes.h
* runtime/stack-i386.c: Check if uprobes is included at all.
* runtime/stack-x86_64.c: ditto
* tapsets.cxx (uprobe_derived_probe_group::emit_module_decls): put
uprobes.h include back in.
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* translate.cxx (emit_function): Fixed MAXNESTING test to not allow too
deep recursion.
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This only prints symbol+offset, or an address if the symbol isn't
known.
* runtime/runtime.h (SYM_VERBOSE_NO, SYM_VERBOSE_FULL,
SYM_VERBOSE_BRIEF): new constants
* runtime/stack.c (_stp_stack_print): support brief format
* runtime/sym.c (_stp_func_print): ditto
* tapset/ucontext-unwind.stp (print_ubacktrace_brief): new function
* testsuite/systemtap.context/fib.c: new test program
* testsuite/systemtap.context/fib.stp: new test
* testsuite/systemtap.context/fib.exp: new test
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Only works in uretprobes for the moment.
* runtime/stack-x86_64.c (__stp_stack_print): Rewrite trampoline PC
addresses if necessary.
* runtime/stack-i386.c (__stp_stack_print): ditto
* runtime/stack-arm.c (__stp_stack_print): Add extra argument
* runtime/stack-ppc.c (__stp_stack_print): ditto
* runtime/stack-s390.c (__stp_stack_print): ditto
* runtime/stack.c (_stap_stack_print): call __stp_stack_print with
uretprobe_instance.
* testsuite/systemtap.context/uprobe_backtrace.stp: new test
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return address
* runtime/uprobes2/uprobes.c (uprobe_get_pc): new function
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It's easily available in kretprobes and uretprobes and is consistent
with the rest of the program state.
* translate.cxx (emit_common_header) : add uretprobe_instance to context.
* tapsets.cxx (common_probe_entryfn_prologue): Initialize ri in
context to 0.
(dwarf_derived_probe_group::emit_module_decls): Change IP to return
address in kretprobes.
(uprobe_derived_probe_group::emit_module_decls): enter_uretprobe_probe:
set ri (uretprobe_instance) in context. Change IP to return
address in uretprobes. Don't emit uprobe include and #define
* runtime/runtime.h : Add includes and #define for uprobes.
* runtime/stack.c (_stp_stack_print, _stp_stack_snprint): Add extra
argument for uretprobe_instance.
* tapset/context-unwind.stp (print_backtrace, backtrace): Pass NULL
for uretprobe_instance to _stp_stack_print.
* tapset/ucontext-unwind.stp (print_ubacktrace, ubacktrace): pass
uretprobe_instance to _stp_stack_print
* testsuite/systemtap.context/uprobe_uaddr.exp : new test for uaddr in
function probes
* testsuite/systemtap.context/uprobe_uaddr.stp : new file
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tapsets.cxx (sdt_query::handle_query_module): Improve trace handling.
(sdt_query::convert_location): Create new component instead of reusing old.
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* runtime/alloc.c (_stp_kmalloc): Fixed compilation when DEBUG_MEM is
defined. Improved allocated memory tracking.
(_stp_kzalloc): Ditto.
(_stp_vmalloc): Ditto.
(_stp_alloc_percpu): Ditto.
(_stp_kmalloc_node): Ditto.
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