From 74c0544a8bb32a585f5b2c1f0a8468233b6143e4 Mon Sep 17 00:00:00 2001 From: Timothy Pearson Date: Mon, 30 Jan 2012 20:13:08 -0600 Subject: Part 2 of prior commit --- tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.am | 4 - tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.in | 635 ----- .../docs/tdesdk/kcachegrind/index.cache.bz2 | Bin 15180 -> 0 bytes .../docs/tdesdk/kcachegrind/index.docbook | 1034 ------- .../docs/tdesdk/tdecachegrind/Makefile.am | 4 + .../docs/tdesdk/tdecachegrind/Makefile.in | 635 +++++ .../docs/tdesdk/tdecachegrind/index.cache.bz2 | Bin 0 -> 15180 bytes .../docs/tdesdk/tdecachegrind/index.docbook | 1034 +++++++ tde-i18n-en_GB/messages/tdesdk/kcachegrind.po | 2937 -------------------- tde-i18n-en_GB/messages/tdesdk/tdecachegrind.po | 2937 ++++++++++++++++++++ 10 files changed, 4610 insertions(+), 4610 deletions(-) delete mode 100644 tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.am delete mode 100644 tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.in delete mode 100644 tde-i18n-en_GB/docs/tdesdk/kcachegrind/index.cache.bz2 delete mode 100644 tde-i18n-en_GB/docs/tdesdk/kcachegrind/index.docbook create mode 100644 tde-i18n-en_GB/docs/tdesdk/tdecachegrind/Makefile.am create mode 100644 tde-i18n-en_GB/docs/tdesdk/tdecachegrind/Makefile.in create mode 100644 tde-i18n-en_GB/docs/tdesdk/tdecachegrind/index.cache.bz2 create mode 100644 tde-i18n-en_GB/docs/tdesdk/tdecachegrind/index.docbook delete mode 100644 tde-i18n-en_GB/messages/tdesdk/kcachegrind.po create mode 100644 tde-i18n-en_GB/messages/tdesdk/tdecachegrind.po (limited to 'tde-i18n-en_GB') diff --git a/tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.am b/tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.am deleted file mode 100644 index f781297a70f..00000000000 --- a/tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.am +++ /dev/null @@ -1,4 +0,0 @@ -KDE_LANG = en_GB -SUBDIRS = $(AUTODIRS) -KDE_DOCS = AUTO -KDE_MANS = AUTO diff --git a/tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.in b/tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.in deleted file mode 100644 index 975f7cf1331..00000000000 --- a/tde-i18n-en_GB/docs/tdesdk/kcachegrind/Makefile.in +++ /dev/null @@ -1,635 +0,0 @@ -# Makefile.in generated by automake 1.10.1 from Makefile.am. -# KDE tags expanded automatically by am_edit - 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-KCachegrind'> - Cachegrind"> - Calltree"> - Callgrind"> - Valgrind"> - OProfile"> - - - - -]> - - - - - - -The &tdecachegrind; Handbook - - -Josef Weidendorfer
Josef.Weidendorfer@gmx.de
- - - -AndrewColes
andrew_coles@yahoo.co.uk
Conversion to British English - - - - -2002-2004 -Josef Weidendorfer - -&FDLNotice; - -2004-07-27 -0.4.6 - - -&tdecachegrind; is a profile data visualisation tool, written using the &kde; environment. - - - -KDE -tdesdk -Cachegrind -Callgrind -Valgrind -Profiling - - - - - - -Introduction - -&kappname; is a browser for data produced by profiling tools. This chapter explains what profiling is for, how it is done, and gives some examples of profiling tools available. - - -Profiling - -When developing a program, one of the last steps often involves performance optimisations. As it makes no sense to optimise functions rarely used, because that would be a waste of time, one needs to know in which part of a program most of the time is spent. - -For sequential code, collecting statistical data of the programs runtime characteristic like time numbers spent in functions and code lines usually is enough. This is called Profiling. The program is run under control of a profiling tool, which gives the summary of an execution run at the end. In contrast, for parallel code, performance problems typically are caused when one processor is waiting for data from another. As this waiting time usually can not easily attributed, here it is better to generate timestamped event traces. KCachegrind can not visualise this kind of data. - -After analysing the produced profile data, it should be easy to see the hot spots and bottlenecks of the code: for example, assumptions about call counts can be checked, and identified code regions can be optimised. Afterwards, the success of the optimisation should be verified with another profile run. - - - -Profiling Methods - -To exactly measure the time passed or record the events happening during the execution of a code region (e.g. a function), additional measurement code needs to be inserted before and after the given region. This code reads the time, or a global event count, and calculates differences. Thus, the original code has to be changed before execution. This is called instrumentation. Instrumentation can be done by the programmer itself, the compiler, or by the runtime system. As interesting regions usually are nested, the overhead of measurement always influences the measurement itself. Thus, instrumentation should be done selectively and results have to be interpreted with care. Of course, this makes performance analysis by exact measurement a very complex process. - -Exact measurement is possible because of hardware counters (including counters incrementing on a time tick) provided in modern processors, which are incremented whenever an event is happening. As we want to attribute events to code regions, without the counters, we would have to handle every event by incrementing a counter for the current code region ourself. Doing this in software is, of course, not possible; but, on the assumption that the event distribution over source code is similar when looking only at every n-th event instead of every event, a measurement method whose overhead is tunable has been developed: it is called Sampling. Time Based Sampling (TBS) uses a timer to regularly look at the program counter to create a histogram over the program code. Event Based Sampling (EBS) exploits the hardware counters of modern processors, and uses a mode where an interrupt handler is called on counter underflow to generate a histogram of the corresponding event distribution: in the handler, the event counter is always reinitialised to the 'n' of the sampling method. The advantage of sampling is that the code does not have to be changed, but it is still a compromise: the above assumption will be more correct if n is small, but the smaller the n, the higher the overhead of the interrupt handler. - -Another measurement method is to simulate things happening in the computer system when executing a given code, i.e. execution driven simulation. The simulation is always derived from a more or less accurate machine model; however, with very detailed machine models, giving very close approximations to reality, the simulation time can be unacceptably high in practise. The advantage of simulation is that arbitrarily complex measurement/simulation code can be inserted in a given code without perturbing results. Doing this directly before execution (called runtime instrumentation), using the original binary, is very comfortable for the user: no re-compilation is necessary. Simulation becomes usable when simulating only parts of a machine with a simple model; another advantage is that the results produced by simple models are often easier to understand: often, the problem with real hardware is that results include overlapping effects from different parts of the machine. - - - -Profiling Tools - -Most known is the GCC profiling tool gprof: One needs to compile the program with option ; running the program generates a file gmon.out, which can be transformed into human-readable form with gprof. One disadvantage is the needed re-compilation step to prepare the executable, which has to be statically linked. The method used here is compiler-generated instrumention - which measures call arcs happening among functions and corresponding call counts - in conjunction with TBS - which gives a histogram of time distribution over the code. Using both pieces of information, it is possible to heuristically calculate inclusive time of functions, i.e. time spent in a function together with all functions called from it. - -For exact measurement of events happening, libraries exist with functions able to read out hardware performance counters. Most known here is the PerfCtr patch for Linux, and the architecture independent libraries PAPI and PCL. Still, exact measurement needs instrumentation of code, as stated above. Either one uses the libraries itself or uses automatic instrumentation systems like ADAPTOR (for FORTRAN source instrumentation) or DynaProf (code injection via DynInst). - -&oprofile; is a system-wide profiling tool for Linux using Sampling. - -In many aspects, a comfortable way of Profiling is using Cachegrind or Callgrind, which are simulators using the runtime instrumentation framework &valgrind;. Because there is no need to access hardware counters (often difficult with today's Linux installations), and binaries to be profiled can be left unmodified, it is a good alternative to other profiling tools. The disadvantage of simulation - slowdown - can be reduced by doing the simulation on only the interesting program parts, and perhaps only on a few iterations of a loop. Without measurement/simulation instrumentation, Valgrind's usage only has a slowdown factor in the range of 3 to 5. Also, when only the call graph and call counts are of interest, the cache simulator can be switched off. - -Cache simulation is the first step in approximating real times; as ,on modern systems, runtime is very sensitive to the exploitation of so called caches (small and fast buffers which accelerate repeated accesses to the same main memory cells.) &cachegrind; does cache simulation by catching memory accesses. The data produced includes the number of instruction/data memory accesses and 1st/2nd level cache misses, and relates it to source lines and functions of the run program. By combining these miss counts, using miss latencies from typical processors, an estimation of spent time can be given. - -Callgrind is an extension of &cachegrind; that builds up the call graph of a program on-the-fly, &ie; how the functions call each other and how many events happen while running a function. Also, the profile data to be collected can separated by threads and call chain contexts. It can provide profiling data on an instruction level to allow for annotation of disassembled code. - - - -Visualisation - -Profiling tools typically produce a large amount of data. The wish to easily browse down and up the call graph, together with fast switching of the sorting mode of functions and display of different event types, motivates a GUI application to accomplish this task. - -&kappname; is an visualisation for profile data fulfilling these wishes. Despite being programmed first with browsing the data from &cachegrind; and &calltree; in mind, there are converters available to be able to display profile data produced by other tools. In the appendix, a description of the Cachegrind/Callgrind file format is given. - -Besides a list of functions sorted according exclusive or inclusive cost metrics, and optionally grouped by source file, shared library or C++ class, &kappname; features various visualisation views for a selected function, namely -a call-graph view, which shows a section of the call graph around the selected function, - -a tree-map view, which allows nested-call relations to be visualised, together with inclusive cost metric for fast visual detection of problematic functions, - -source code and disassembler annotation views, allowing to see details of cost related to source lines and assembler instructions. - - - - - - - - -Using &tdecachegrind; - - -Generate Data to Visualise - -First, one wants to generate performance data by measuring aspects of the runtime characteristics of an application, using a profiling tool. &tdecachegrind; itself does not include any profiling tool, but is good in being used together with &callgrind;, and by using a converter, also can be used to visualise data produced with &oprofile;. Although the scope of this manual is not to document profiling with these tools, the next section provides short quickstart tutorials to get you started. - - -&callgrind; - -&callgrind; is available from http://tdecachegrind.sf.net. Note that it previously was called &calltree;, but that name was misleading. - -Most common use is to prefix the command line to start your application with callgrind, like in
callgrind myprogram myargs
At program termination, a file callgrind.out.pid will be generated which can be loaded into &tdecachegrind;. - -More advanced use is to dump out profile data whenever a given function of your application is called. E.g. for konqueror, to see profile data only for rendering a web page, you could decide to dump the data whenever you select the menu item View/Reload. This corresponds to a call to KonqMainWindow::slotReload. Use
callgrind --dump-before=KonqMainWindow::slotReload konqueror
This will produce multiple profile data files with an additional sequential number at the end of the filename. A file without such an number at the end (only ending in the process PID) will also be produced; by loading this file into &tdecachegrind;, all others are loaded too, and can be seen in the Parts Overview and Parts list. - - - - -&oprofile; - -&oprofile; is available from http://oprofile.sf.net. Follow the installation instructions on the web site; but, before you do, check if your distribution does not already provide it as package (like SuSE). - -System-wide profiling is only permitted to the root user, as all actions on the system can be observed; therefore, the following has to be done as root. First, configure the profiling process, using the GUI oprof_start or the command-line tool opcontrol. Standard configuration should be timer mode (TBS, see introduction). To start the measurement, run opcontrol -s. Then run the application you are interested in and, afterwards, do a opcontrol -d. This will write out the measurement results into files under directory /var/lib/oprofile/samples/. To be able to visualise the data in &tdecachegrind;, do in an empty directory:
opreport -gdf | op2callgrind
This will produce a lot of files, one for every program which was running on the system. Each one can be loaded into &tdecachegrind; on its own. - - - - - -User Interface Basics - -When starting &tdecachegrind; with a profile data file as argument, or after loading one with File/Open, you will see a sidebar containing the function list at the left; and, on the right the main part, an area with visualisations for a selected function. This visualisation area can be arbitrarily configured to show multiple visualisations at once. - -At first start, this area will be divided into a top and a bottom part, each with different visualisations selectable by tabs. To move visualisation views, use the context menu of the tabs, and adjust the splitters between visualisations. To quickly switch between different visualisation layouts, use View/Layouts/Duplicate, change the layout and switch between layouts with View/Layout/Next (or, even better, use the corresponding keyboard shortcuts). - -The active event type is important for visualisation: for &callgrind;, this is, for example, Cache Misses or Cycle Estimation; for &oprofile;, this is "Timer" in the simplest case. You can change the event type via a combobox in the toolbar or in the Event Type view. A first overview of the runtime characteristics should be given when you select function main in the left list, and look at the call graph visualisation; there, you see calls happening in your program. Note that the call graph view only shows functions with high event count. By double-clicking a function in the graph, it will change to show the called functions around the selected one. - -To explore the GUI further, in addition to this manual, also have a look at the documentation section on the web site http://tdecachegrind.sf.net. Also, every widget in &tdecachegrind; has What's this help. - - - - - - -Basic Concepts - -This chapter explains some concepts of the &tdecachegrind;, and introduces terms used in the interface. - - -The Data Model for Profile Data - - -Cost Entities - -Cost counts of event types (like L2 Misses) are attributed to cost entities, which are items with relationship to source code or data structures of a given program. Cost entities not only can be simple code or data positions, but also position tuples. For example, a call has a source and a target, or a data address can have a data type and an code position where its allocation happened. - -The cost entities known to KCachegrind are given in the following. Simple Positions: Instruction. An assembler instruction at a specified address. Source Line of a Function. All instructions that the compiler (via debug information) maps to a given source line specified by source file name and line number, and which are executed in the context of some function. The latter is needed because a source line inside of an inlined function can appear in the context of multiple functions. Instructions without any mapping to an actual source line are mapped to line number 0 in file "???". Function. All source lines of a given function make up the function itself. A function is specified by its name and its location in some binary object if available. The latter is needed because binary objects of a single program each can hold functions with the same name (these can be accessed e.g. with dlopen/dlsym; the runtime linker resolves functions in a given search order of binary objects used). If a profiling tool can not detect the symbol name of a function, e.g. because debug information is not available, either the address of the first executed instruction typically is used, or "???". Binary Object. All functions whose code is inside the range of a given binary object, either the main executable or a shared library. Source File. All functions whose first instruction is mapped to a line of the given source file. Class. Symbol names of functions typically are hierarchically ordered in name spaces, e.g. C++ namespaces, or classes of object oriented languages; thus, a class can hold functions of the class or embedded classes itself. Profile Part. Some time section of a profile run, with a given thread ID, process ID, and command line executed. As can be seen from the list, a set of cost entities often defines another cost entity; thus, there is a inclusion hierarchy of cost entities which should be obvious from the description above. - -Positions tuples: Call from instruction address to target function. Call from source line to target function. Call from source function to target function. (Un)conditional Jump from source to target instruction. (Un)conditional Jump from source to target line. Jumps between functions are not allowed, as this makes no sense in a call graph; thus, constructs like exception handling and long jumps in C have to be translated to popping the call stack as needed. - - - - - - -Event Types - -Arbitrary event types can be specified in the profile data by giving them a name. Their cost related to a cost entity is a 64-bit integer. -Event types whose costs are specified in a profile data file are called real events. Additionally, one can specify formulae for event types calculated from real events, which are called inherited events. - - - - - -Visualisation State - -The Visualisation state of a KCachegrind window includes: the primary and secondary event type chosen for display, the function grouping (used in the Function Profile list and entity colouring), the profile parts whose costs are to be included in visualisation, an active cost entity (e.g. a function selected from the function profile dockable), a selected cost entity. This state influences visualisations. -Visualisations always are shown for one, the active, cost entity. When a given visualisation is not appropriate for a cost entity, it is disabled (e.g. when selecting an ELF object in the group list by double-clicking, source annotation for an ELF object make no sense). -For example, for an active function, the callee list shows all the functions called from the active one: one can select one of these functions without making it active; also, if the call-graph is shown nearside, it will automatically select the same function. - - - - -Parts of the GUI - - -Sidedocks -Sidedocks (Dockables) are side windows which can be placed at any border of an KCachegrind window. They always contain a list of cost entities sorted in some manner. -Function Profile. The Function Profile is a list of functions showing inclusive and exclusive cost, call count, name and position of functions. -Parts Overview -Call Stack - - - - - -Visualisation Area -The visualisation area, typically the right part of a KCachegrind main window, is made up of one (default) or more Tab Views, either lined up horizontally or vertically. Each tab view holds different visualisation views of only one cost entity at a time. The name of this entity is given at the top of the tab view. If there are multiple tab views, only one is active. The entity name in the active tab view is shown in bold and determines the active cost entity of the KCachegrind window. - - - -Areas of a Tab View -Each tab view can hold up to four view areas, namely Top, Right, Left, and Bottom. Each area can hold multiple stacked visualisation views. The visible view of an area is selected by a tab bar. The tab bars of the top and right area are at the top; the tab bars of the left and bottom area are at the bottom. You can specify which kind of visualisation should go into which area by using the context menus of the tabs. - - - -Synchronised Visualisation via Selected Entity in a Tab View -Besides an active entity, each tab view has an selected entity. As most visualisation types show multiple entities with the active one somehow centred, you can change the selected item by navigating inside a visualisation (by clicking with the mouse or using the keyboard). Typically, selected items are shown in an highlighted state. By changing the selected entity in one of the visualisations of a tab view, all other visualisations in the tab view accordingly highlight the new selected entity. - - - -Synchronisation between Tab Views -If there are multiple tab views, a selection change in one tab view leads to an activation change in the next (to right/to bottom) tab view. This kind of linkage should, for example, allow for fast browsing in call graphs. - - - -Layouts -The layout of all the tab views of a window can be saved (see menu item View/Layout). After duplicating the current layout (Ctrl+Plus or menu) and changing some sizes or moving a visualisation view to another area of an tab view, you can quickly switch between the old and the new layout via Ctrl+Left/Right. The set of layouts will be stored between KCachegrind sessions of the same profiled command. You can make the current set of layouts as the default one for new KCachegrind sessions, or restore to the default layout set. - - - - -Sidedocks - - -Flat Profile -The flat profile contains a group list and a function list. The group list contains all groups where cost is spent in, depending on the chosen group type. The group list is hidden when grouping is switched off. -The function list contains the functions of the selected group (or all functions if grouping is switched off), ordered by some column, e.g. inclusive or self costs spent therein. There is a maximal number of functions shown in the list, which is configurable in Settings/Configure KCachegrind. - - - -Parts Overview -In a profile run, multiple profile data files can be produced, which can be loaded together into KCachegrind. The Parts Overview dockable shows these, horizontally ordered according creation time; the rectangle sizes are proportional to the cost spent in the parts. You can select one or several parts to constrain the costs shown in the other KCachegrind views to these parts only. -The parts are further subdivided: there is a partitioning and an inclusive cost split mode: -Partitioning: You see the partitioning into groups for a profile data part, according to the group type selected. For example, if ELF object groups are selected, you see coloured rectangles for each used ELF object (shared library or executable), sized according to the cost spent therein. -Inclusive Cost Split: A rectangle showing the inclusive cost of the current active function in the part is shown. This, again, is split up to show inclusive costs of its callees. - - - - - -Call Stack -This is a purely fictional 'most probable' call stack. It is built up by starting with the current active function and adds the callers/callees with highest cost at the top and to bottom. -The 'Cost' and 'Calls' columns show the cost used for all calls from the function in the line above. - - - - -Visualisations - - -Event Types -This list shows all cost types available and the corresponding self and inclusive cost of the current active function for that event type. -By choosing an event type from the list, you change the type of costs shown all over KCachegrind to be the selected one. - - - -Call Lists -These lists show calls to/from the current active function. With ''all' callers/callees functions are meant which can be reached in caller/callee direction, even when other functions are in between. -Call list views include: -Direct Callers -Direct Callees -All Callers -All Callees - - - - - -Maps -A treemap visualisation of the primary event type, up or down the call hierarchy. Each coloured rectangle represents a function; its size tries to be proportional to the cost spent therein while the active function is running (however, there are drawing constrains). -For the Caller Map, the graph shows the nested hierarchy of all callers of the current activated function; for the Callee Map, it shows the nested hierarchy of all callees of the current activated function. -Appearance options can be found in the in the context menu. To get exact size proportions, choose 'Hide incorrect borders'. As this mode can be very time consuming, you may want to limit the maximum drawn nesting level before. 'Best' determinates the split direction for children from the aspect ratio of the parent. 'Always Best' decides on remaining space for each sibling. 'Ignore Proportions' takes space for function name drawing before drawing children. Note that size proportions can get heavily wrong. -Keyboard navigation is available with the left/right arrow keys for traversing siblings, and up/down arrow keys to go a nesting level up/down. 'Return' activates the current item. - - - -Call Graph -This view shows the call graph around the active function. The shown cost is only the cost which is spent while the active function was actually running; i.e. the cost shown for main() - if it's visible - should be the same as the cost of the active function, as that is the part of inclusive cost of main() spent while the active function was running. -For cycles, blue call arrows indicate that this is an artificial call added for correct drawing which actually never happened. -If the graph is larger than the widget area, a bird's eye view is shown in one edge. There are similar visualisation options as for the Call Treemap; the selected function is highlighted. - - - -Annotations -The annotated source/assembler lists show the source lines/disassembled instructions of the current active function together with (self) cost spent while executing the code of a source line/instruction. If there was a call, lines with details on the call are inserted into the source: the (inclusive) cost spent inside of the call, the number of calls happening, and the call destination. -Select such a call information line to activate the call destination. - - - - - - - -Command Reference - - -The main &tdecachegrind; window - - - -The <guimenu ->File</guimenu -> Menu - - - - - &Ctrl;N File New - Opens an empty toplevel window into which you can load profile data. This action is not really needed, as File/Open will give you a new toplevel window when the current one shows already some data. - - - - &Ctrl;O File Open - Pops up the File Open Dialogue to choose a profile data file to be loaded. If there is some data already shown in the current toplevel window, this will open a new window; if you want to open additional profile data in the current window, use File/Add. -The name of profile data files usually ends in ..-, where and are optional and are used for multiple profile data files belonging to one application run. By loading a file ending only in ., eventually existing data files for this run, but with additional endings, are loaded too. -Example: If there exist profile data files cachegrind.out.123 and cachegrind.out.123.1, by loading the first, the second will be automatically loaded too. - - - -File Add - Adds a profile data file to the current window. Using this, you can force multiple data files to be loaded into the same toplevel window even if they are not from the same run as given by the profile data file naming convention. This can, for example, be used for nearside comparison. - - - -File Reload - Reload the profile data. This is most interesting after another profile data file was generated for an already loaded application run. - - - - &Ctrl;Q File Quit -Quits &kappname; - - - - - - - -The <guimenu ->View</guimenu -> Menu - - - - -View Primary Event Type -(To-do) - - - -View Secondary Event Type -(To-do) - - - -View Grouping -(To-do) - - - -View Layout -(To-do) - - - -View Split -(To-do) - - - - - - - - - - - - -Questions and Answers -&reporting.bugs; &updating.documentation; - - - - -What is &tdecachegrind; for? I have no idea. - - -&tdecachegrind; is a helpful at a later stage in software development, called Profiling. If you don't develop applications, you don't need &tdecachegrind;. - - - - - -What is the difference between 'Incl.' and 'Self' ? - - -These are cost attributes for functions regarding some event type. As functions can call each other, it makes sense to distinguish the cost of the function itself ('Self Cost') and the cost including all called functions ('Inclusive Cost'). 'Self' is sometimes also referred to as 'Exclusive' costs. -So, for example, for main(), you will always have a inclusive cost of almost 100%, whereas the self cost is negligible when the real work is done in another function. - - - - - -The toolbar/menubar of my KCachegrind looks so spartanic. Is this normal? - - -Obviously KCachegrind is wrongly installed on your system. It is recommended to compile it with the installation prefix to be your system wide KDE base directory like configure --prefix=/opt/kde3; make install. If you choose another directory like $HOME/kde, you should set the environment variable TDEDIR to this directory before running KCachegrind. - - - - - -If I double-click on a function down in the Call Graph View, it shows for the function main the same cost as the selected function. Isn't this supposed to be constant 100% ? - - -You have activated a function below main() with cost less than main(). For any function, only that part of the full cost of the function is shown, that is spent while the activated function is running; that is, the cost shown for any function can never be higher than the cost of the activated function. - - - - - - - - -Glossary - -The following is a mixed list of terms. -Profiling: The process of collecting statistical information about runtime characteristics of program runs. -Tracing: The process of supervising a program run and storing events happening sorted by a timestap in a output file, the Trace. -Trace: A sequence of timestamped events that occurred while tracing a program run. Its size is typically linear to the execution time of the program run. -Profile Data File: A file containing data measured in a profile experiment (or part of) or produced by postprocessing a trace. Its size is typically linear to the code size of the program. -Profile Data Part (incorrectly used also: Trace Part): Data from a profile data file. -Profile Experiment: A program run supervised by a profiling tool, producing possibly multiple profile data files from parts and/or threads of the run. -Profile Project: A configuration for profile experiments used for one program which has to be profiled, perhaps in multiple versions. Comparisons of profile data typically only makes sense between profile data produced in experiments of one profile project. -Cost Entity: An abstract item related to source code to which event counts can be attributed. Dimensions for cost entities are code location (e.g. source line, function), data location (e.g. accessed data type, data object), execution location (e.g. thread, process) and tuples or triples of the aforementioned positions (e.g. calls, object access from statement, evicted data from cache). -Event Type: The kind of event of which costs can be attributed to a cost entity. There exist real event types and inherited event types. -Real Event Type: A event type that can be measured by a tool. This needs the existence of a sensor for the given event type. -Inherited Event Type: A virtual event type only visible in the visualisation which is defined by a formula to be calculated from real event types. -Event Costs: Sum of events of some event type occurring while the execution is related to some cost entity. The cost is attributed to the entity. - - - - - - - -Credits and License - -&kappname; -Thanks to Julian Seward for his excellent &valgrind;, and Nicholas Nethercote for the &cachegrind; addition. Without these programs, KCachegrind would not exist. Some ideas for this &GUI; were from them, too. -And thanks for all the bug reports/suggestions from different users. -&underFDL; - - -Installation - - -How to obtain &tdecachegrind; - -&tdecachegrind; is part of the &package; package of &kde;. For less supported interim releases, &callgrind; and further documentation, see the homepage at http://tdecachegrind.sf.net. Look there for further installation and compile instructions. - - - -Requirements - -In order to successfully use &tdecachegrind;, you need &kde; 3.x. 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b/tde-i18n-en_GB/docs/tdesdk/tdecachegrind/index.cache.bz2 differ diff --git a/tde-i18n-en_GB/docs/tdesdk/tdecachegrind/index.docbook b/tde-i18n-en_GB/docs/tdesdk/tdecachegrind/index.docbook new file mode 100644 index 00000000000..443be3d40cd --- /dev/null +++ b/tde-i18n-en_GB/docs/tdesdk/tdecachegrind/index.docbook @@ -0,0 +1,1034 @@ + +KCachegrind'> + Cachegrind"> + Calltree"> + Callgrind"> + Valgrind"> + OProfile"> + + + + +]> + + + + + + +The &tdecachegrind; Handbook + + +Josef Weidendorfer
Josef.Weidendorfer@gmx.de
+ + + +AndrewColes
andrew_coles@yahoo.co.uk
Conversion to British English + + + + +2002-2004 +Josef Weidendorfer + +&FDLNotice; + +2004-07-27 +0.4.6 + + +&tdecachegrind; is a profile data visualisation tool, written using the &kde; environment. + + + +KDE +tdesdk +Cachegrind +Callgrind +Valgrind +Profiling + + + + + + +Introduction + +&kappname; is a browser for data produced by profiling tools. This chapter explains what profiling is for, how it is done, and gives some examples of profiling tools available. + + +Profiling + +When developing a program, one of the last steps often involves performance optimisations. As it makes no sense to optimise functions rarely used, because that would be a waste of time, one needs to know in which part of a program most of the time is spent. + +For sequential code, collecting statistical data of the programs runtime characteristic like time numbers spent in functions and code lines usually is enough. This is called Profiling. The program is run under control of a profiling tool, which gives the summary of an execution run at the end. In contrast, for parallel code, performance problems typically are caused when one processor is waiting for data from another. As this waiting time usually can not easily attributed, here it is better to generate timestamped event traces. KCachegrind can not visualise this kind of data. + +After analysing the produced profile data, it should be easy to see the hot spots and bottlenecks of the code: for example, assumptions about call counts can be checked, and identified code regions can be optimised. Afterwards, the success of the optimisation should be verified with another profile run. + + + +Profiling Methods + +To exactly measure the time passed or record the events happening during the execution of a code region (e.g. a function), additional measurement code needs to be inserted before and after the given region. This code reads the time, or a global event count, and calculates differences. Thus, the original code has to be changed before execution. This is called instrumentation. Instrumentation can be done by the programmer itself, the compiler, or by the runtime system. As interesting regions usually are nested, the overhead of measurement always influences the measurement itself. Thus, instrumentation should be done selectively and results have to be interpreted with care. Of course, this makes performance analysis by exact measurement a very complex process. + +Exact measurement is possible because of hardware counters (including counters incrementing on a time tick) provided in modern processors, which are incremented whenever an event is happening. As we want to attribute events to code regions, without the counters, we would have to handle every event by incrementing a counter for the current code region ourself. Doing this in software is, of course, not possible; but, on the assumption that the event distribution over source code is similar when looking only at every n-th event instead of every event, a measurement method whose overhead is tunable has been developed: it is called Sampling. Time Based Sampling (TBS) uses a timer to regularly look at the program counter to create a histogram over the program code. Event Based Sampling (EBS) exploits the hardware counters of modern processors, and uses a mode where an interrupt handler is called on counter underflow to generate a histogram of the corresponding event distribution: in the handler, the event counter is always reinitialised to the 'n' of the sampling method. The advantage of sampling is that the code does not have to be changed, but it is still a compromise: the above assumption will be more correct if n is small, but the smaller the n, the higher the overhead of the interrupt handler. + +Another measurement method is to simulate things happening in the computer system when executing a given code, i.e. execution driven simulation. The simulation is always derived from a more or less accurate machine model; however, with very detailed machine models, giving very close approximations to reality, the simulation time can be unacceptably high in practise. The advantage of simulation is that arbitrarily complex measurement/simulation code can be inserted in a given code without perturbing results. Doing this directly before execution (called runtime instrumentation), using the original binary, is very comfortable for the user: no re-compilation is necessary. Simulation becomes usable when simulating only parts of a machine with a simple model; another advantage is that the results produced by simple models are often easier to understand: often, the problem with real hardware is that results include overlapping effects from different parts of the machine. + + + +Profiling Tools + +Most known is the GCC profiling tool gprof: One needs to compile the program with option ; running the program generates a file gmon.out, which can be transformed into human-readable form with gprof. One disadvantage is the needed re-compilation step to prepare the executable, which has to be statically linked. The method used here is compiler-generated instrumention - which measures call arcs happening among functions and corresponding call counts - in conjunction with TBS - which gives a histogram of time distribution over the code. Using both pieces of information, it is possible to heuristically calculate inclusive time of functions, i.e. time spent in a function together with all functions called from it. + +For exact measurement of events happening, libraries exist with functions able to read out hardware performance counters. Most known here is the PerfCtr patch for Linux, and the architecture independent libraries PAPI and PCL. Still, exact measurement needs instrumentation of code, as stated above. Either one uses the libraries itself or uses automatic instrumentation systems like ADAPTOR (for FORTRAN source instrumentation) or DynaProf (code injection via DynInst). + +&oprofile; is a system-wide profiling tool for Linux using Sampling. + +In many aspects, a comfortable way of Profiling is using Cachegrind or Callgrind, which are simulators using the runtime instrumentation framework &valgrind;. Because there is no need to access hardware counters (often difficult with today's Linux installations), and binaries to be profiled can be left unmodified, it is a good alternative to other profiling tools. The disadvantage of simulation - slowdown - can be reduced by doing the simulation on only the interesting program parts, and perhaps only on a few iterations of a loop. Without measurement/simulation instrumentation, Valgrind's usage only has a slowdown factor in the range of 3 to 5. Also, when only the call graph and call counts are of interest, the cache simulator can be switched off. + +Cache simulation is the first step in approximating real times; as ,on modern systems, runtime is very sensitive to the exploitation of so called caches (small and fast buffers which accelerate repeated accesses to the same main memory cells.) &cachegrind; does cache simulation by catching memory accesses. The data produced includes the number of instruction/data memory accesses and 1st/2nd level cache misses, and relates it to source lines and functions of the run program. By combining these miss counts, using miss latencies from typical processors, an estimation of spent time can be given. + +Callgrind is an extension of &cachegrind; that builds up the call graph of a program on-the-fly, &ie; how the functions call each other and how many events happen while running a function. Also, the profile data to be collected can separated by threads and call chain contexts. It can provide profiling data on an instruction level to allow for annotation of disassembled code. + + + +Visualisation + +Profiling tools typically produce a large amount of data. The wish to easily browse down and up the call graph, together with fast switching of the sorting mode of functions and display of different event types, motivates a GUI application to accomplish this task. + +&kappname; is an visualisation for profile data fulfilling these wishes. Despite being programmed first with browsing the data from &cachegrind; and &calltree; in mind, there are converters available to be able to display profile data produced by other tools. In the appendix, a description of the Cachegrind/Callgrind file format is given. + +Besides a list of functions sorted according exclusive or inclusive cost metrics, and optionally grouped by source file, shared library or C++ class, &kappname; features various visualisation views for a selected function, namely +a call-graph view, which shows a section of the call graph around the selected function, + +a tree-map view, which allows nested-call relations to be visualised, together with inclusive cost metric for fast visual detection of problematic functions, + +source code and disassembler annotation views, allowing to see details of cost related to source lines and assembler instructions. + + + + + + + + +Using &tdecachegrind; + + +Generate Data to Visualise + +First, one wants to generate performance data by measuring aspects of the runtime characteristics of an application, using a profiling tool. &tdecachegrind; itself does not include any profiling tool, but is good in being used together with &callgrind;, and by using a converter, also can be used to visualise data produced with &oprofile;. Although the scope of this manual is not to document profiling with these tools, the next section provides short quickstart tutorials to get you started. + + +&callgrind; + +&callgrind; is available from http://tdecachegrind.sf.net. Note that it previously was called &calltree;, but that name was misleading. + +Most common use is to prefix the command line to start your application with callgrind, like in
callgrind myprogram myargs
At program termination, a file callgrind.out.pid will be generated which can be loaded into &tdecachegrind;. + +More advanced use is to dump out profile data whenever a given function of your application is called. E.g. for konqueror, to see profile data only for rendering a web page, you could decide to dump the data whenever you select the menu item View/Reload. This corresponds to a call to KonqMainWindow::slotReload. Use
callgrind --dump-before=KonqMainWindow::slotReload konqueror
This will produce multiple profile data files with an additional sequential number at the end of the filename. A file without such an number at the end (only ending in the process PID) will also be produced; by loading this file into &tdecachegrind;, all others are loaded too, and can be seen in the Parts Overview and Parts list. + + + + +&oprofile; + +&oprofile; is available from http://oprofile.sf.net. Follow the installation instructions on the web site; but, before you do, check if your distribution does not already provide it as package (like SuSE). + +System-wide profiling is only permitted to the root user, as all actions on the system can be observed; therefore, the following has to be done as root. First, configure the profiling process, using the GUI oprof_start or the command-line tool opcontrol. Standard configuration should be timer mode (TBS, see introduction). To start the measurement, run opcontrol -s. Then run the application you are interested in and, afterwards, do a opcontrol -d. This will write out the measurement results into files under directory /var/lib/oprofile/samples/. To be able to visualise the data in &tdecachegrind;, do in an empty directory:
opreport -gdf | op2callgrind
This will produce a lot of files, one for every program which was running on the system. Each one can be loaded into &tdecachegrind; on its own. + + + + + +User Interface Basics + +When starting &tdecachegrind; with a profile data file as argument, or after loading one with File/Open, you will see a sidebar containing the function list at the left; and, on the right the main part, an area with visualisations for a selected function. This visualisation area can be arbitrarily configured to show multiple visualisations at once. + +At first start, this area will be divided into a top and a bottom part, each with different visualisations selectable by tabs. To move visualisation views, use the context menu of the tabs, and adjust the splitters between visualisations. To quickly switch between different visualisation layouts, use View/Layouts/Duplicate, change the layout and switch between layouts with View/Layout/Next (or, even better, use the corresponding keyboard shortcuts). + +The active event type is important for visualisation: for &callgrind;, this is, for example, Cache Misses or Cycle Estimation; for &oprofile;, this is "Timer" in the simplest case. You can change the event type via a combobox in the toolbar or in the Event Type view. A first overview of the runtime characteristics should be given when you select function main in the left list, and look at the call graph visualisation; there, you see calls happening in your program. Note that the call graph view only shows functions with high event count. By double-clicking a function in the graph, it will change to show the called functions around the selected one. + +To explore the GUI further, in addition to this manual, also have a look at the documentation section on the web site http://tdecachegrind.sf.net. Also, every widget in &tdecachegrind; has What's this help. + + + + + + +Basic Concepts + +This chapter explains some concepts of the &tdecachegrind;, and introduces terms used in the interface. + + +The Data Model for Profile Data + + +Cost Entities + +Cost counts of event types (like L2 Misses) are attributed to cost entities, which are items with relationship to source code or data structures of a given program. Cost entities not only can be simple code or data positions, but also position tuples. For example, a call has a source and a target, or a data address can have a data type and an code position where its allocation happened. + +The cost entities known to KCachegrind are given in the following. Simple Positions: Instruction. An assembler instruction at a specified address. Source Line of a Function. All instructions that the compiler (via debug information) maps to a given source line specified by source file name and line number, and which are executed in the context of some function. The latter is needed because a source line inside of an inlined function can appear in the context of multiple functions. Instructions without any mapping to an actual source line are mapped to line number 0 in file "???". Function. All source lines of a given function make up the function itself. A function is specified by its name and its location in some binary object if available. The latter is needed because binary objects of a single program each can hold functions with the same name (these can be accessed e.g. with dlopen/dlsym; the runtime linker resolves functions in a given search order of binary objects used). If a profiling tool can not detect the symbol name of a function, e.g. because debug information is not available, either the address of the first executed instruction typically is used, or "???". Binary Object. All functions whose code is inside the range of a given binary object, either the main executable or a shared library. Source File. All functions whose first instruction is mapped to a line of the given source file. Class. Symbol names of functions typically are hierarchically ordered in name spaces, e.g. C++ namespaces, or classes of object oriented languages; thus, a class can hold functions of the class or embedded classes itself. Profile Part. Some time section of a profile run, with a given thread ID, process ID, and command line executed. As can be seen from the list, a set of cost entities often defines another cost entity; thus, there is a inclusion hierarchy of cost entities which should be obvious from the description above. + +Positions tuples: Call from instruction address to target function. Call from source line to target function. Call from source function to target function. (Un)conditional Jump from source to target instruction. (Un)conditional Jump from source to target line. Jumps between functions are not allowed, as this makes no sense in a call graph; thus, constructs like exception handling and long jumps in C have to be translated to popping the call stack as needed. + + + + + + +Event Types + +Arbitrary event types can be specified in the profile data by giving them a name. Their cost related to a cost entity is a 64-bit integer. +Event types whose costs are specified in a profile data file are called real events. Additionally, one can specify formulae for event types calculated from real events, which are called inherited events. + + + + + +Visualisation State + +The Visualisation state of a KCachegrind window includes: the primary and secondary event type chosen for display, the function grouping (used in the Function Profile list and entity colouring), the profile parts whose costs are to be included in visualisation, an active cost entity (e.g. a function selected from the function profile dockable), a selected cost entity. This state influences visualisations. +Visualisations always are shown for one, the active, cost entity. When a given visualisation is not appropriate for a cost entity, it is disabled (e.g. when selecting an ELF object in the group list by double-clicking, source annotation for an ELF object make no sense). +For example, for an active function, the callee list shows all the functions called from the active one: one can select one of these functions without making it active; also, if the call-graph is shown nearside, it will automatically select the same function. + + + + +Parts of the GUI + + +Sidedocks +Sidedocks (Dockables) are side windows which can be placed at any border of an KCachegrind window. They always contain a list of cost entities sorted in some manner. +Function Profile. The Function Profile is a list of functions showing inclusive and exclusive cost, call count, name and position of functions. +Parts Overview +Call Stack + + + + + +Visualisation Area +The visualisation area, typically the right part of a KCachegrind main window, is made up of one (default) or more Tab Views, either lined up horizontally or vertically. Each tab view holds different visualisation views of only one cost entity at a time. The name of this entity is given at the top of the tab view. If there are multiple tab views, only one is active. The entity name in the active tab view is shown in bold and determines the active cost entity of the KCachegrind window. + + + +Areas of a Tab View +Each tab view can hold up to four view areas, namely Top, Right, Left, and Bottom. Each area can hold multiple stacked visualisation views. The visible view of an area is selected by a tab bar. The tab bars of the top and right area are at the top; the tab bars of the left and bottom area are at the bottom. You can specify which kind of visualisation should go into which area by using the context menus of the tabs. + + + +Synchronised Visualisation via Selected Entity in a Tab View +Besides an active entity, each tab view has an selected entity. As most visualisation types show multiple entities with the active one somehow centred, you can change the selected item by navigating inside a visualisation (by clicking with the mouse or using the keyboard). Typically, selected items are shown in an highlighted state. By changing the selected entity in one of the visualisations of a tab view, all other visualisations in the tab view accordingly highlight the new selected entity. + + + +Synchronisation between Tab Views +If there are multiple tab views, a selection change in one tab view leads to an activation change in the next (to right/to bottom) tab view. This kind of linkage should, for example, allow for fast browsing in call graphs. + + + +Layouts +The layout of all the tab views of a window can be saved (see menu item View/Layout). After duplicating the current layout (Ctrl+Plus or menu) and changing some sizes or moving a visualisation view to another area of an tab view, you can quickly switch between the old and the new layout via Ctrl+Left/Right. The set of layouts will be stored between KCachegrind sessions of the same profiled command. You can make the current set of layouts as the default one for new KCachegrind sessions, or restore to the default layout set. + + + + +Sidedocks + + +Flat Profile +The flat profile contains a group list and a function list. The group list contains all groups where cost is spent in, depending on the chosen group type. The group list is hidden when grouping is switched off. +The function list contains the functions of the selected group (or all functions if grouping is switched off), ordered by some column, e.g. inclusive or self costs spent therein. There is a maximal number of functions shown in the list, which is configurable in Settings/Configure KCachegrind. + + + +Parts Overview +In a profile run, multiple profile data files can be produced, which can be loaded together into KCachegrind. The Parts Overview dockable shows these, horizontally ordered according creation time; the rectangle sizes are proportional to the cost spent in the parts. You can select one or several parts to constrain the costs shown in the other KCachegrind views to these parts only. +The parts are further subdivided: there is a partitioning and an inclusive cost split mode: +Partitioning: You see the partitioning into groups for a profile data part, according to the group type selected. For example, if ELF object groups are selected, you see coloured rectangles for each used ELF object (shared library or executable), sized according to the cost spent therein. +Inclusive Cost Split: A rectangle showing the inclusive cost of the current active function in the part is shown. This, again, is split up to show inclusive costs of its callees. + + + + + +Call Stack +This is a purely fictional 'most probable' call stack. It is built up by starting with the current active function and adds the callers/callees with highest cost at the top and to bottom. +The 'Cost' and 'Calls' columns show the cost used for all calls from the function in the line above. + + + + +Visualisations + + +Event Types +This list shows all cost types available and the corresponding self and inclusive cost of the current active function for that event type. +By choosing an event type from the list, you change the type of costs shown all over KCachegrind to be the selected one. + + + +Call Lists +These lists show calls to/from the current active function. With ''all' callers/callees functions are meant which can be reached in caller/callee direction, even when other functions are in between. +Call list views include: +Direct Callers +Direct Callees +All Callers +All Callees + + + + + +Maps +A treemap visualisation of the primary event type, up or down the call hierarchy. Each coloured rectangle represents a function; its size tries to be proportional to the cost spent therein while the active function is running (however, there are drawing constrains). +For the Caller Map, the graph shows the nested hierarchy of all callers of the current activated function; for the Callee Map, it shows the nested hierarchy of all callees of the current activated function. +Appearance options can be found in the in the context menu. To get exact size proportions, choose 'Hide incorrect borders'. As this mode can be very time consuming, you may want to limit the maximum drawn nesting level before. 'Best' determinates the split direction for children from the aspect ratio of the parent. 'Always Best' decides on remaining space for each sibling. 'Ignore Proportions' takes space for function name drawing before drawing children. Note that size proportions can get heavily wrong. +Keyboard navigation is available with the left/right arrow keys for traversing siblings, and up/down arrow keys to go a nesting level up/down. 'Return' activates the current item. + + + +Call Graph +This view shows the call graph around the active function. The shown cost is only the cost which is spent while the active function was actually running; i.e. the cost shown for main() - if it's visible - should be the same as the cost of the active function, as that is the part of inclusive cost of main() spent while the active function was running. +For cycles, blue call arrows indicate that this is an artificial call added for correct drawing which actually never happened. +If the graph is larger than the widget area, a bird's eye view is shown in one edge. There are similar visualisation options as for the Call Treemap; the selected function is highlighted. + + + +Annotations +The annotated source/assembler lists show the source lines/disassembled instructions of the current active function together with (self) cost spent while executing the code of a source line/instruction. If there was a call, lines with details on the call are inserted into the source: the (inclusive) cost spent inside of the call, the number of calls happening, and the call destination. +Select such a call information line to activate the call destination. + + + + + + + +Command Reference + + +The main &tdecachegrind; window + + + +The <guimenu +>File</guimenu +> Menu + + + + + &Ctrl;N File New + Opens an empty toplevel window into which you can load profile data. This action is not really needed, as File/Open will give you a new toplevel window when the current one shows already some data. + + + + &Ctrl;O File Open + Pops up the File Open Dialogue to choose a profile data file to be loaded. If there is some data already shown in the current toplevel window, this will open a new window; if you want to open additional profile data in the current window, use File/Add. +The name of profile data files usually ends in ..-, where and are optional and are used for multiple profile data files belonging to one application run. By loading a file ending only in ., eventually existing data files for this run, but with additional endings, are loaded too. +Example: If there exist profile data files cachegrind.out.123 and cachegrind.out.123.1, by loading the first, the second will be automatically loaded too. + + + +File Add + Adds a profile data file to the current window. Using this, you can force multiple data files to be loaded into the same toplevel window even if they are not from the same run as given by the profile data file naming convention. This can, for example, be used for nearside comparison. + + + +File Reload + Reload the profile data. This is most interesting after another profile data file was generated for an already loaded application run. + + + + &Ctrl;Q File Quit +Quits &kappname; + + + + + + + +The <guimenu +>View</guimenu +> Menu + + + + +View Primary Event Type +(To-do) + + + +View Secondary Event Type +(To-do) + + + +View Grouping +(To-do) + + + +View Layout +(To-do) + + + +View Split +(To-do) + + + + + + + + + + + + +Questions and Answers +&reporting.bugs; &updating.documentation; + + + + +What is &tdecachegrind; for? I have no idea. + + +&tdecachegrind; is a helpful at a later stage in software development, called Profiling. If you don't develop applications, you don't need &tdecachegrind;. + + + + + +What is the difference between 'Incl.' and 'Self' ? + + +These are cost attributes for functions regarding some event type. As functions can call each other, it makes sense to distinguish the cost of the function itself ('Self Cost') and the cost including all called functions ('Inclusive Cost'). 'Self' is sometimes also referred to as 'Exclusive' costs. +So, for example, for main(), you will always have a inclusive cost of almost 100%, whereas the self cost is negligible when the real work is done in another function. + + + + + +The toolbar/menubar of my KCachegrind looks so spartanic. Is this normal? + + +Obviously KCachegrind is wrongly installed on your system. It is recommended to compile it with the installation prefix to be your system wide KDE base directory like configure --prefix=/opt/kde3; make install. If you choose another directory like $HOME/kde, you should set the environment variable TDEDIR to this directory before running KCachegrind. + + + + + +If I double-click on a function down in the Call Graph View, it shows for the function main the same cost as the selected function. Isn't this supposed to be constant 100% ? + + +You have activated a function below main() with cost less than main(). For any function, only that part of the full cost of the function is shown, that is spent while the activated function is running; that is, the cost shown for any function can never be higher than the cost of the activated function. + + + + + + + + +Glossary + +The following is a mixed list of terms. +Profiling: The process of collecting statistical information about runtime characteristics of program runs. +Tracing: The process of supervising a program run and storing events happening sorted by a timestap in a output file, the Trace. +Trace: A sequence of timestamped events that occurred while tracing a program run. Its size is typically linear to the execution time of the program run. +Profile Data File: A file containing data measured in a profile experiment (or part of) or produced by postprocessing a trace. Its size is typically linear to the code size of the program. +Profile Data Part (incorrectly used also: Trace Part): Data from a profile data file. +Profile Experiment: A program run supervised by a profiling tool, producing possibly multiple profile data files from parts and/or threads of the run. +Profile Project: A configuration for profile experiments used for one program which has to be profiled, perhaps in multiple versions. Comparisons of profile data typically only makes sense between profile data produced in experiments of one profile project. +Cost Entity: An abstract item related to source code to which event counts can be attributed. Dimensions for cost entities are code location (e.g. source line, function), data location (e.g. accessed data type, data object), execution location (e.g. thread, process) and tuples or triples of the aforementioned positions (e.g. calls, object access from statement, evicted data from cache). +Event Type: The kind of event of which costs can be attributed to a cost entity. There exist real event types and inherited event types. +Real Event Type: A event type that can be measured by a tool. This needs the existence of a sensor for the given event type. +Inherited Event Type: A virtual event type only visible in the visualisation which is defined by a formula to be calculated from real event types. +Event Costs: Sum of events of some event type occurring while the execution is related to some cost entity. The cost is attributed to the entity. + + + + + + + +Credits and License + +&kappname; +Thanks to Julian Seward for his excellent &valgrind;, and Nicholas Nethercote for the &cachegrind; addition. Without these programs, KCachegrind would not exist. Some ideas for this &GUI; were from them, too. +And thanks for all the bug reports/suggestions from different users. +&underFDL; + + +Installation + + +How to obtain &tdecachegrind; + +&tdecachegrind; is part of the &package; package of &kde;. For less supported interim releases, &callgrind; and further documentation, see the homepage at http://tdecachegrind.sf.net. Look there for further installation and compile instructions. + + + +Requirements + +In order to successfully use &tdecachegrind;, you need &kde; 3.x. For generating profile data, &cachegrind; or &calltree;/&callgrind; is recommend. + + + +Compilation and Installation +&install.compile.documentation; + + +Configuration + +All configuration options are either in the configuration dialogue or in the context popup menus of the visualisations. + + + + + +&documentation.index; + + + + + + + + + + + + + + + diff --git a/tde-i18n-en_GB/messages/tdesdk/kcachegrind.po b/tde-i18n-en_GB/messages/tdesdk/kcachegrind.po deleted file mode 100644 index e9b2c48ae12..00000000000 --- a/tde-i18n-en_GB/messages/tdesdk/kcachegrind.po +++ /dev/null @@ -1,2937 +0,0 @@ -# translation of tdecachegrind.po to British English -# Copyright (C) 2003, 2004, 2005 Free Software Foundation, Inc. -# Malcolm Hunter , 2003, 2004, 2005. -# Jonathan Riddell , 2003. -# Andrew Coles , 2004, 2005. -# -msgid "" -msgstr "" -"Project-Id-Version: tdecachegrind\n" -"POT-Creation-Date: 2008-07-08 01:21+0200\n" -"PO-Revision-Date: 2005-12-30 14:02+0000\n" -"Last-Translator: Malcolm Hunter \n" -"Language-Team: British English \n" -"MIME-Version: 1.0\n" -"Content-Type: text/plain; charset=UTF-8\n" -"Content-Transfer-Encoding: 8bit\n" -"X-Generator: KBabel 1.10.2\n" - -#: instritem.cpp:106 sourceitem.cpp:86 -msgid "Active call to '%1'" -msgstr "Active call to '%1'" - -#: instritem.cpp:108 sourceitem.cpp:88 -msgid "" -"_n: %n call to '%1'\n" -"%n calls to '%1'" -msgstr "" -"%n call to '%1'\n" -"%n calls to '%1'" - -#: instritem.cpp:137 -msgid "Jump %1 of %2 times to 0x%3" -msgstr "Jump %1 of %2 times to 0x%3" - -#: instritem.cpp:142 -msgid "Jump %1 times to 0x%2" -msgstr "Jump %1 times to 0x%2" - -#: instritem.cpp:185 sourceitem.cpp:169 -msgid "(cycle)" -msgstr "(cycle)" - -#: tracedata.cpp:157 -msgid "Abstract Item" -msgstr "Abstract Item" - -#: tracedata.cpp:158 -msgid "Cost Item" -msgstr "Cost Item" - -#: tracedata.cpp:159 -msgid "Part Source Line" -msgstr "Part Source Line" - -#: tracedata.cpp:160 -msgid "Source Line" -msgstr "Source Line" - -#: tracedata.cpp:161 -msgid "Part Line Call" -msgstr "Part Line Call" - -#: tracedata.cpp:162 -msgid "Line Call" -msgstr "Line Call" - -#: tracedata.cpp:163 -msgid "Part Jump" -msgstr "Part Jump" - -#: tracedata.cpp:164 -msgid "Jump" -msgstr "Jump" - -#: tracedata.cpp:165 -msgid "Part Instruction" -msgstr "Part Instruction" - -#: tracedata.cpp:166 -msgid "Instruction" -msgstr "Instruction" - -#: tracedata.cpp:167 -msgid "Part Instruction Jump" -msgstr "Part Instruction Jump" - -#: tracedata.cpp:168 -msgid "Instruction Jump" -msgstr "Instruction Jump" - -#: tracedata.cpp:169 -msgid "Part Instruction Call" -msgstr "Part Instruction Call" - -#: tracedata.cpp:170 -msgid "Instruction Call" -msgstr "Instruction Call" - -#: tracedata.cpp:171 -msgid "Part Call" -msgstr "Part Call" - -#: tracedata.cpp:172 -msgid "Call" -msgstr "Call" - -#: tracedata.cpp:173 -msgid "Part Function" -msgstr "Part Function" - -#: tracedata.cpp:174 -msgid "Function Source File" -msgstr "Function Source File" - -#. i18n: file dumpselectionbase.ui line 300 -#: rc.cpp:144 rc.cpp:273 rc.cpp:318 rc.cpp:342 tracedata.cpp:175 -#, no-c-format -msgid "Function" -msgstr "Function" - -#: tracedata.cpp:176 -msgid "Function Cycle" -msgstr "Function Cycle" - -#: tracedata.cpp:177 -msgid "Part Class" -msgstr "Part Class" - -#: tracedata.cpp:178 -msgid "Class" -msgstr "Class" - -#: tracedata.cpp:179 -msgid "Part Source File" -msgstr "Part Source File" - -#: tracedata.cpp:180 -msgid "Source File" -msgstr "Source File" - -#: tracedata.cpp:181 -msgid "Part ELF Object" -msgstr "Part ELF Object" - -#: tracedata.cpp:182 -msgid "ELF Object" -msgstr "ELF Object" - -#: partview.cpp:46 tracedata.cpp:183 -msgid "Profile Part" -msgstr "Profile Part" - -#: tracedata.cpp:184 -msgid "Program Trace" -msgstr "Program Trace" - -#: tracedata.cpp:245 -msgid "%1 from %2" -msgstr "%1 from %2" - -#: partgraph.cpp:423 tracedata.cpp:253 tracedata.cpp:258 tracedata.cpp:2828 -#: tracedata.cpp:3245 tracedata.cpp:3331 tracedata.cpp:4169 tracedata.cpp:4177 -#: tracedata.cpp:4242 -msgid "(unknown)" -msgstr "(unknown)" - -#: tracedata.cpp:2587 -msgid "(no caller)" -msgstr "(no caller)" - -#: tracedata.cpp:2594 tracedata.cpp:2613 -msgid "%1 via %2" -msgstr "%1 via %2" - -#: tracedata.cpp:2603 -msgid "(no callee)" -msgstr "(no callee)" - -#: tracedata.cpp:4471 -msgid "(not found)" -msgstr "(not found)" - -#: tracedata.cpp:5021 -msgid "Recalculating Function Cycles..." -msgstr "Recalculating Function Cycles..." - -#. i18n: file dumpselectionbase.ui line 550 -#: callmapview.cpp:59 partselection.cpp:58 rc.cpp:192 -#, no-c-format -msgid "Name" -msgstr "Name" - -#. i18n: file stackselectionbase.ui line 31 -#: callmapview.cpp:60 callview.cpp:44 instrview.cpp:126 partselection.cpp:59 -#: rc.cpp:333 sourceview.cpp:51 -#, no-c-format -msgid "Cost" -msgstr "Cost" - -#: partselection.cpp:151 -msgid "Profile Part Overview: Current is '%1'" -msgstr "Profile Part Overview: Current is '%1'" - -#: partselection.cpp:287 -msgid "Deselect" -msgstr "Deselect" - -#: partselection.cpp:287 partselection.cpp:311 -msgid "Select" -msgstr "Select" - -#: partselection.cpp:292 -msgid "Select All Parts" -msgstr "Select All Parts" - -#: partselection.cpp:294 -msgid "Visible Parts" -msgstr "Visible Parts" - -#: partselection.cpp:296 -msgid "Hide Selected Parts" -msgstr "Hide Selected Parts" - -#: partselection.cpp:297 -msgid "Unhide Hidden Parts" -msgstr "Unhide Hidden Parts" - -#: partselection.cpp:302 toplevel.cpp:1692 -msgid "Go Back" -msgstr "Go Back" - -#: callgraphview.cpp:2571 partselection.cpp:320 -msgid "Visualization" -msgstr "Visualisation" - -#: partselection.cpp:322 -msgid "Partitioning Mode" -msgstr "Partitioning Mode" - -#: partselection.cpp:323 -msgid "Diagram Mode" -msgstr "Diagram Mode" - -#: partselection.cpp:324 -msgid "Zoom Function" -msgstr "Zoom Function" - -#: partselection.cpp:325 -msgid "Show Direct Calls" -msgstr "Show Direct Calls" - -#: partselection.cpp:326 -msgid "Increment Shown Call Levels" -msgstr "Increment Shown Call Levels" - -#: partselection.cpp:340 -msgid "Draw Names" -msgstr "Draw Names" - -#: partselection.cpp:341 -msgid "Draw Costs" -msgstr "Draw Costs" - -#: callmapview.cpp:303 partselection.cpp:342 -msgid "Ignore Proportions" -msgstr "Ignore Proportions" - -#: partselection.cpp:343 -msgid "Draw Frames" -msgstr "Draw Frames" - -#: callmapview.cpp:304 partselection.cpp:344 treemap.cpp:2887 -msgid "Allow Rotation" -msgstr "Allow Rotation" - -#: partselection.cpp:359 -msgid "Hide Info" -msgstr "Hide Info" - -#: partselection.cpp:361 -msgid "Show Info" -msgstr "Show Info" - -#: partselection.cpp:541 -msgid "(no trace loaded)" -msgstr "(no trace loaded)" - -#: costtypeview.cpp:42 -msgid "Event Type" -msgstr "Event Type" - -#. i18n: file dumpselectionbase.ui line 917 -#: costtypeview.cpp:43 coverageview.cpp:46 partview.cpp:47 rc.cpp:267 -#: rc.cpp:309 -#, no-c-format -msgid "Incl." -msgstr "Incl." - -#. i18n: file functionselectionbase.ui line 62 -#: costtypeview.cpp:44 coverageview.cpp:53 partview.cpp:48 rc.cpp:303 -#: rc.cpp:312 -#, no-c-format -msgid "Self" -msgstr "Self" - -#: costtypeview.cpp:45 -msgid "Short" -msgstr "Short" - -#: costtypeview.cpp:47 -msgid "Formula" -msgstr "Formula" - -#: costtypeview.cpp:81 -msgid "" -"Cost Types List" -"

This list shows all cost types available and what the self/inclusive cost of " -"the current selected function is for that cost type.

" -"

By choosing a cost type from the list, you change the cost type of costs " -"shown all over KCachegrind to be the selected one.

" -msgstr "" -"Cost Types List" -"

This list shows all cost types available and what the self/inclusive cost of " -"the current selected function is for that cost type.

" -"

By choosing a cost type from the list, you change the cost type of costs " -"shown all over KCachegrind to be the selected one.

" - -#: costtypeview.cpp:98 -msgid "Set Secondary Event Type" -msgstr "Set Secondary Event Type" - -#: costtypeview.cpp:100 -msgid "Remove Secondary Event Type" -msgstr "Remove Secondary Event Type" - -#: costtypeview.cpp:105 -msgid "Edit Long Name" -msgstr "Edit Long Name" - -#: costtypeview.cpp:106 -msgid "Edit Short Name" -msgstr "Edit Short Name" - -#: costtypeview.cpp:107 -msgid "Edit Formula" -msgstr "Edit Formula" - -#: costtypeview.cpp:115 -msgid "New Cost Type ..." -msgstr "New Cost Type ..." - -#: costtypeview.cpp:149 costtypeview.cpp:154 -#, c-format -msgid "New%1" -msgstr "New%1" - -#: costtypeview.cpp:155 -#, c-format -msgid "New Cost Type %1" -msgstr "New Cost Type %1" - -#: sourceitem.cpp:125 -msgid "Jump %1 of %2 times to %3" -msgstr "Jump %1 of %2 times to %3" - -#: sourceitem.cpp:130 -msgid "Jump %1 times to %2" -msgstr "Jump %1 times to %2" - -#: costlistitem.cpp:60 -#, c-format -msgid "" -"_n: (%n item skipped)\n" -"(%n items skipped)" -msgstr "" -"(%n item skipped)\n" -"(%n items skipped)" - -#: traceitemview.cpp:53 -msgid "No description available" -msgstr "No description available" - -#. i18n: file partselectionbase.ui line 16 -#: rc.cpp:324 toplevel.cpp:281 toplevel.cpp:581 -#, no-c-format -msgid "Parts Overview" -msgstr "Parts Overview" - -#: toplevel.cpp:288 -msgid "" -"The Parts Overview" -"

A trace consists of multiple trace parts when there are several profile data " -"files from one profile run. The Trace Part Overview dockable shows these, " -"horizontally ordered in execution time; the rectangle sizes are proportional to " -"the total cost spent in the parts. You can select one or several parts to " -"constrain all costs shown to these parts only.

" -"

The parts are further subdivided: there is a partitioning and an callee " -"split mode: " -"

    " -"
  • Partitioning: You see the partitioning into groups for a trace part, " -"according to the group type selected. E.g. if ELF object groups are selected, " -"you see colored rectangles for each used ELF object (shared library or " -"executable), sized according to the cost spent therein.
    • " -"
  • Callee: A rectangle showing the inclusive cost of the current selected " -"function in the trace part is shown. This is split up into smaller rectangles " -"to show the costs of its callees.

" -msgstr "" -"The Parts Overview" -"

A trace consists of multiple trace parts when there are several profile data " -"files from one profile run. The Trace Part Overview dockable shows these, " -"horizontally ordered in execution time; the rectangle sizes are proportional to " -"the total cost spent in the parts. You can select one or several parts to " -"constrain all costs shown to these parts only.

" -"

The parts are further subdivided: there is a partitioning and an callee " -"split mode: " -"

    " -"
  • Partitioning: You see the partitioning into groups for a trace part, " -"according to the group type selected. E.g. if ELF object groups are selected, " -"you see coloured rectangles for each used ELF object (shared library or " -"executable), sized according to the cost spent therein.
    • " -"
  • Callee: A rectangle showing the inclusive cost of the current selected " -"function in the trace part is shown. This is split up into smaller rectangles " -"to show the costs of its callees.

" - -#: toplevel.cpp:318 -msgid "Top Cost Call Stack" -msgstr "Top Cost Call Stack" - -#: toplevel.cpp:320 -msgid "" -"The Top Cost Call Stack" -"

This is a purely fictional 'most probable' call stack. It is built up by " -"starting with the current selected function and adds the callers/callees with " -"highest cost at the top and to bottom.

" -"

The Cost and Calls columns show the cost used for all calls " -"from the function in the line above.

" -msgstr "" -"The Top Cost Call Stack" -"

This is a purely fictional 'most probable' call stack. It is built up by " -"starting with the current selected function and adds the callers/callees with " -"highest cost at the top and to bottom.

" -"

The Cost and Calls columns show the cost used for all calls " -"from the function in the line above.

" - -#: toplevel.cpp:333 -msgid "Flat Profile" -msgstr "Flat Profile" - -#: toplevel.cpp:343 -msgid "" -"The Flat Profile" -"

The flat profile contains a group and a function selection list. The group " -"list contains all groups where costs are spent in, depending on the chosen " -"group type. The group list is hidden when group type 'Function' is selected." -"

" -"

The function list contains the functions of the selected group (or all for " -"'Function' group type), ordered by the costs spent therein. Functions with " -"costs less than 1% are hidden on default.

" -msgstr "" -"The Flat Profile" -"

The flat profile contains a group and a function selection list. The group " -"list contains all groups where costs are spent in, depending on the chosen " -"group type. The group list is hidden when group type 'Function' is selected." -"

" -"

The function list contains the functions of the selected group (or all for " -"'Function' group type), ordered by the costs spent therein. Functions with " -"costs less than 1% are hidden on default.

" - -#. i18n: file dumpselectionbase.ui line 16 -#: rc.cpp:84 toplevel.cpp:357 toplevel.cpp:609 -#, no-c-format -msgid "Profile Dumps" -msgstr "Profile Dumps" - -#: toplevel.cpp:367 -msgid "" -"Profile Dumps" -"

This dockable shows in the top part the list of loadable profile dumps in " -"all subdirectories of: " -"

    " -"
  • current working directory of KCachegrind, i.e. where it was started from, " -"and " -"
  • the default profile dump directory given in the configuration.
" -"The list is sorted according the the target command profiled in the " -"corresponding dump.

" -"

On selecting a profile dump, information for it is shown in the bottom area " -"of the dockable: " -"

    " -"
  • Options allows you to view the profiled command and profile options " -"of this dump. By changing any item, a new (yet unexisting) profile template is " -"created. Press Run Profile to start aprofile run with these options in " -"the background. " -"
  • Info gives detailed info on the selected dump like event cost " -"summary and properties of the simulated cache. " -"
  • State is only available for current happening profiles runs. Press " -"Update to see different counters of the run, and a stack trace of the " -"current position in the program profiled. Check the Every " -"option to let KCachegrind regularly poll these data. Check the Sync " -"option to let the dockable activate the top function in the current loaded " -"dump.

" -msgstr "" -"Profile Dumps" -"

This dockable shows in the top part the list of loadable profile dumps in " -"all subdirectories of: " -"

    " -"
  • current working directory of KCachegrind, i.e. where it was started from, " -"and " -"
  • the default profile dump directory given in the configuration.
" -"The list is sorted according the the target command profiled in the " -"corresponding dump.

" -"

On selecting a profile dump, information for it is shown in the bottom area " -"of the dockable: " -"

    " -"
  • Options allows you to view the profiled command and profile options " -"of this dump. By changing any item, a new (yet unexisting) profile template is " -"created. Press Run Profile to start aprofile run with these options in " -"the background. " -"
  • Info gives detailed info on the selected dump like event cost " -"summary and properties of the simulated cache. " -"
  • State is only available for current happening profiles runs. Press " -"Update to see different counters of the run, and a stack trace of the " -"current position in the program profiled. Tick the Every " -"option to let KCachegrind regularly poll these data. Tick the Sync " -"option to let the dockable activate the top function in the current loaded " -"dump.

" - -#: toplevel.cpp:455 -msgid "&Duplicate" -msgstr "&Duplicate" - -#: toplevel.cpp:459 -msgid "" -"Duplicate Current Layout" -"

Make a copy of the current layout.

" -msgstr "" -"Duplicate Current Layout" -"

Make a copy of the current layout.

" - -#: toplevel.cpp:466 -msgid "" -"Remove Current Layout" -"

Delete current layout and make the previous active.

" -msgstr "" -"Remove Current Layout" -"

Delete current layout and make the previous active.

" - -#: toplevel.cpp:470 -msgid "&Go to Next" -msgstr "&Go to Next" - -#: toplevel.cpp:474 -msgid "Go to Next Layout" -msgstr "Go to Next Layout" - -#: toplevel.cpp:477 -msgid "&Go to Previous" -msgstr "&Go to Previous" - -#: toplevel.cpp:481 -msgid "Go to Previous Layout" -msgstr "Go to Previous Layout" - -#: toplevel.cpp:484 -msgid "&Restore to Default" -msgstr "&Restore to Default" - -#: toplevel.cpp:487 -msgid "Restore Layouts to Default" -msgstr "Restore Layouts to Default" - -#: toplevel.cpp:490 -msgid "&Save as Default" -msgstr "&Save as Default" - -#: toplevel.cpp:493 -msgid "Save Layouts as Default" -msgstr "Save Layouts as Default" - -#: toplevel.cpp:504 -msgid "New

Open new empty KCachegrind window.

" -msgstr "New

Open new empty KCachegrind window.

" - -#: toplevel.cpp:507 -msgid "&Add..." -msgstr "&Add..." - -#: toplevel.cpp:510 -msgid "" -"Add Profile Data" -"

This opens an additional profile data file in the current window.

" -msgstr "" -"Add Profile Data" -"

This opens an additional profile data file in the current window.

" - -#: toplevel.cpp:522 -msgid "Reload Profile Data

This loads any new created parts, too.

" -msgstr "" -"Reload Profile Data" -"

This loads any new created parts, too.

" - -#: toplevel.cpp:526 -msgid "&Export Graph" -msgstr "&Export Graph" - -#: toplevel.cpp:530 -msgid "" -"Export Call Graph" -"

Generates a file with extension .dot for the tools of the GraphViz " -"package.

" -msgstr "" -"Export Call Graph" -"

Generates a file with extension .dot for the tools of the GraphViz " -"package.

" - -#: toplevel.cpp:536 -msgid "&Force Dump" -msgstr "&Force Dump" - -#: toplevel.cpp:545 -msgid "" -"Force Dump" -"

This forces a dump for a Callgrind profile run in the current directory. " -"This action is checked while KCachegrind looks for the dump. If the dump is " -"finished, it automatically reloads the current trace. If this is the one from " -"the running Callgrind, the new created trace part will be loaded, too.

" -"

Force dump creates a file 'callgrind.cmd', and checks every second for its " -"existence. A running Callgrind will detect this file, dump a trace part, and " -"delete 'callgrind.cmd'. The deletion is detected by KCachegrind, and it does a " -"Reload. If there's no Callgrind running, press 'Force Dump' again to " -"cancel the dump request. This deletes 'callgrind.cmd' itself and stops polling " -"for a new dump.

" -"

Note: A Callgrind run only detects existence of 'callgrind.cmd' " -"when actively running a few milliseconds, i.e. not " -"sleeping. Tip: For a profiled GUI program, you can awake Callgrind e.g. by " -"resizing a window of the program.

" -msgstr "" -"Force Dump" -"

This forces a dump for a Callgrind profile run in the current directory. " -"This action is ticked while KCachegrind looks for the dump. If the dump is " -"finished, it automatically reloads the current trace. If this is the one from " -"the running Callgrind, the new created trace part will be loaded, too.

" -"

Force dump creates a file 'callgrind.cmd', and checks every second for its " -"existence. A running Callgrind will detect this file, dump a trace part, and " -"delete 'callgrind.cmd'. The deletion is detected by KCachegrind, and it does a " -"Reload. If there's no Callgrind running, press 'Force Dump' again to " -"cancel the dump request. This deletes 'callgrind.cmd' itself and stops polling " -"for a new dump.

" -"

Note: A Callgrind run only detects existence of 'callgrind.cmd' " -"when actively running a few milliseconds, i.e. not " -"sleeping. Tip: For a profiled GUI program, you can awake Callgrind e.g. by " -"resizing a window of the program.

" - -#: toplevel.cpp:570 -msgid "" -"Open Profile Data" -"

This opens a profile data file, with possible multiple parts

" -msgstr "" -"Open Profile Data" -"

This opens a profile data file, with possible multiple parts

" - -#: toplevel.cpp:586 -msgid "Show/Hide the Parts Overview Dockable" -msgstr "Show/Hide the Parts Overview Dockable" - -#: toplevel.cpp:590 -msgid "Call Stack" -msgstr "Call Stack" - -#: toplevel.cpp:595 -msgid "Show/Hide the Call Stack Dockable" -msgstr "Show/Hide the Call Stack Dockable" - -#. i18n: file functionselectionbase.ui line 16 -#: rc.cpp:297 toplevel.cpp:599 -#, no-c-format -msgid "Function Profile" -msgstr "Function Profile" - -#: toplevel.cpp:604 -msgid "Show/Hide the Function Profile Dockable" -msgstr "Show/Hide the Function Profile Dockable" - -#: toplevel.cpp:614 -msgid "Show/Hide the Profile Dumps Dockable" -msgstr "Show/Hide the Profile Dumps Dockable" - -#: toplevel.cpp:619 -msgid "Show Relative Costs" -msgstr "Show Relative Costs" - -#: toplevel.cpp:626 -msgid "Show Absolute Costs" -msgstr "Show Absolute Costs" - -#: toplevel.cpp:629 -msgid "Show relative instead of absolute costs" -msgstr "Show relative instead of absolute costs" - -#: toplevel.cpp:633 -msgid "Percentage Relative to Parent" -msgstr "Percentage Relative to Parent" - -#: toplevel.cpp:639 -msgid "Show percentage costs relative to parent" -msgstr "Show percentage costs relative to parent" - -#: toplevel.cpp:643 -msgid "" -"Show percentage costs relative to parent" -"

If this is switched off, percentage costs are always shown relative to the " -"total cost of the profile part(s) that are currently browsed. By turning on " -"this option, percentage cost of shown cost items will be relative to the parent " -"cost item." -"

    " -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"
    Cost TypeParent Cost
    Function CumulativeTotal
    Function SelfFunction Group (*) / Total
    CallFunction Cumulative
    Source LineFunction Cumulative
    " -"

    (*) Only if function grouping is switched on (e.g. ELF object grouping)." -msgstr "" -"Show percentage costs relative to parent" -"

    If this is switched off, percentage costs are always shown relative to the " -"total cost of the profile part(s) that are currently browsed. By turning on " -"this option, percentage cost of shown cost items will be relative to the parent " -"cost item." -"

      " -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"" -"
      Cost TypeParent Cost
      Function CumulativeTotal
      Function SelfFunction Group (*) / Total
      CallFunction Cumulative
      Source LineFunction Cumulative
      " -"

      (*) Only if function grouping is switched on (e.g. ELF object grouping)." - -#: toplevel.cpp:658 -msgid "Do Cycle Detection" -msgstr "Do Cycle Detection" - -#: toplevel.cpp:664 -msgid "Skip Cycle Detection" -msgstr "Skip Cycle Detection" - -#: toplevel.cpp:667 -msgid "" -"Detect recursive cycles" -"

      If this is switched off, the treemap drawing will show black areas when a " -"recursive call is made instead of drawing the recursion ad infinitum. Note that " -"the size of black areas often will be wrong, as inside recursive cycles the " -"cost of calls cannot be determined; the error is small, however, for false " -"cycles (see documentation)." -"

      The correct handling for cycles is to detect them and collapse all functions " -"of a cycle into a virtual function, which is done when this option is selected. " -"Unfortunately, with GUI applications, this often will lead to huge false " -"cycles, making the analysis impossible; therefore, there is the option to " -"switch this off." -msgstr "" -"Detect recursive cycles" -"

      If this is switched off, the treemap drawing will show black areas when a " -"recursive call is made instead of drawing the recursion ad infinitum. Note that " -"the size of black areas often will be wrong, as inside recursive cycles the " -"cost of calls cannot be determined; the error is small, however, for false " -"cycles (see documentation)." -"

      The correct handling for cycles is to detect them and collapse all functions " -"of a cycle into a virtual function, which is done when this option is selected. " -"Unfortunately, with GUI applications, this often will lead to huge false " -"cycles, making the analysis impossible; therefore, there is the option to " -"switch this off." - -#: toplevel.cpp:689 toplevel.cpp:729 -msgid "Go back in function selection history" -msgstr "Go back in function selection history" - -#: toplevel.cpp:695 toplevel.cpp:741 -msgid "Go forward in function selection history" -msgstr "Go forwards in function selection history" - -#: toplevel.cpp:701 toplevel.cpp:715 -msgid "" -"Go Up" -"

      Go to last selected caller of current function. If no caller was visited, " -"use that with highest cost.

      " -msgstr "" -"Go Up" -"

      Go to last selected caller of current function. If no caller was visited, " -"use that with highest cost.

      " - -#: toplevel.cpp:707 -msgid "&Up" -msgstr "&Up" - -#: toplevel.cpp:746 toplevel.cpp:1651 -msgid "Primary Event Type" -msgstr "Primary Event Type" - -#: toplevel.cpp:748 -msgid "Select primary event type of costs" -msgstr "Select primary event type of costs" - -#: toplevel.cpp:758 toplevel.cpp:1654 -msgid "Secondary Event Type" -msgstr "Secondary Event Type" - -#: toplevel.cpp:760 -msgid "Select secondary event type for cost e.g. shown in annotations" -msgstr "Select secondary event type for cost e.g. shown in annotations" - -#: functionselection.cpp:243 toplevel.cpp:768 -msgid "Grouping" -msgstr "Grouping" - -#: toplevel.cpp:771 -msgid "Select how functions are grouped into higher level cost items" -msgstr "Select how functions are grouped into higher level cost items" - -#: functionselection.cpp:52 toplevel.cpp:777 -msgid "(No Grouping)" -msgstr "(No Grouping)" - -#: toplevel.cpp:787 -msgid "Split" -msgstr "Split" - -#: toplevel.cpp:791 -msgid "Show two information panels" -msgstr "Show two information panels" - -#: toplevel.cpp:795 -msgid "Split Horizontal" -msgstr "Split Horizontal" - -#: toplevel.cpp:800 -msgid "Change Split Orientation when main window is split." -msgstr "Change Split Orientation when main window is split." - -#: toplevel.cpp:808 -msgid "Tip of the &Day..." -msgstr "Tip of the &Day..." - -#: toplevel.cpp:809 -msgid "Show \"Tip of the Day\"" -msgstr "Show \"Tip of the Day\"" - -#: toplevel.cpp:1012 toplevel.cpp:1061 -msgid "" -"cachegrind.out* callgrind.out*|Callgrind Profile Data\n" -"*|All Files" -msgstr "" -"cachegrind.out* callgrind.out*|Callgrind Profile Data\n" -"*|All Files" - -#: toplevel.cpp:1014 -msgid "Select Callgrind Profile Data" -msgstr "Select Callgrind Profile Data" - -#: toplevel.cpp:1063 -msgid "Add Callgrind Profile Data" -msgstr "Add Callgrind Profile Data" - -#: toplevel.cpp:1221 toplevel.cpp:1574 -msgid "(Hidden)" -msgstr "(Hidden)" - -#: toplevel.cpp:1626 -msgid "Hide" -msgstr "Hide" - -#: toplevel.cpp:1659 -msgid "Show Absolute Cost" -msgstr "Show Absolute Cost" - -#: toplevel.cpp:1662 -msgid "Show Relative Cost" -msgstr "Show Relative Cost" - -#: toplevel.cpp:1693 -msgid "Go Forward" -msgstr "Go Forward" - -#: toplevel.cpp:1694 -msgid "Go Up" -msgstr "Go Up" - -#: toplevel.cpp:1926 -#, c-format -msgid "Layout Count: %1" -msgstr "Layout Count: %1" - -#: toplevel.cpp:1933 -msgid "No profile data file loaded." -msgstr "No profile data file loaded." - -#: toplevel.cpp:1942 -msgid "Total %1 Cost: %2" -msgstr "Total %1 Cost: %2" - -#: toplevel.cpp:1954 -msgid "No event type selected" -msgstr "No event type selected" - -#: toplevel.cpp:2199 toplevel.cpp:2235 toplevel.cpp:2271 -msgid "(No Stack)" -msgstr "(No Stack)" - -#: toplevel.cpp:2205 -msgid "(No next function)" -msgstr "(No next function)" - -#: toplevel.cpp:2241 -msgid "(No previous function)" -msgstr "(No previous function)" - -#: toplevel.cpp:2276 -msgid "(No Function Up)" -msgstr "(No Function Up)" - -#. i18n: file dumpselectionbase.ui line 906 -#: instrview.cpp:125 rc.cpp:264 sourceview.cpp:50 -#, no-c-format -msgid "#" -msgstr "No." - -#: callview.cpp:45 instrview.cpp:127 sourceview.cpp:52 -msgid "Cost 2" -msgstr "Cost 2" - -#: instrview.cpp:129 -msgid "Hex" -msgstr "Hex" - -#: instrview.cpp:131 tabview.cpp:313 -msgid "Assembler" -msgstr "Assembler" - -#: instrview.cpp:132 -msgid "Source Position" -msgstr "Source Position" - -#: instrview.cpp:163 -msgid "" -"Annotated Assembler" -"

      The annotated assembler list shows the machine code instructions of the " -"current selected function together with (self) cost spent while executing an " -"instruction. If this is a call instruction, lines with details on the call " -"happening are inserted into the source: the cost spent inside of the call, the " -"number of calls happening, and the call destination.

      " -"

      The disassembler output shown is generated with the 'objdump' utility from " -"the 'binutils' package.

      " -"

      Select a line with call information to make the destination function of this " -"call current.

      " -msgstr "" -"Annotated Assembler" -"

      The annotated assembler list shows the machine code instructions of the " -"current selected function together with (self) cost spent while executing an " -"instruction. If this is a call instruction, lines with details on the call " -"happening are inserted into the source: the cost spent inside of the call, the " -"number of calls happening, and the call destination.

      " -"

      The disassembler output shown is generated with the 'objdump' utility from " -"the 'binutils' package.

      " -"

      Select a line with call information to make the destination function of this " -"call current.

      " - -#: callgraphview.cpp:2397 callgraphview.cpp:2401 callgraphview.cpp:2419 -#: callview.cpp:123 callview.cpp:128 coverageview.cpp:166 instrview.cpp:191 -#: sourceview.cpp:116 -msgid "Go to '%1'" -msgstr "Go to '%1'" - -#: instrview.cpp:195 -#, c-format -msgid "Go to Address %1" -msgstr "Go to Address %1" - -#: instrview.cpp:207 -msgid "Hex Code" -msgstr "Hex Code" - -#: instrview.cpp:426 -msgid "There is no instruction info in the profile data file." -msgstr "There is no instruction info in the profile data file." - -#: instrview.cpp:428 -msgid "For the Valgrind Calltree Skin, rerun with option" -msgstr "For the Valgrind Calltree Skin, rerun with option" - -#: instrview.cpp:429 -msgid " --dump-instr=yes" -msgstr " --dump-instr=yes" - -#: instrview.cpp:430 -msgid "To see (conditional) jumps, additionally specify" -msgstr "To see (conditional) jumps, additionally specify" - -#: instrview.cpp:431 -msgid " --trace-jump=yes" -msgstr " --trace-jump=yes" - -#: instrview.cpp:629 -msgid "There is an error trying to execute the command" -msgstr "There is an error trying to execute the command" - -#: instrview.cpp:634 instrview.cpp:900 -msgid "Check that you have installed 'objdump'." -msgstr "Check that you have installed 'objdump'." - -#: instrview.cpp:636 instrview.cpp:902 -msgid "This utility can be found in the 'binutils' package." -msgstr "This utility can be found in the 'binutils' package." - -#: instrview.cpp:739 -msgid "(No Assembler)" -msgstr "(No Assembler)" - -#: instrview.cpp:875 -#, c-format -msgid "" -"_n: There is %n cost line without assembler code.\n" -"There are %n cost lines without assembler code." -msgstr "" -"There is %n cost line without assembler code.\n" -"There are %n cost lines without assembler code." - -#: instrview.cpp:877 -msgid "This happens because the code of" -msgstr "This happens because the code of" - -#: instrview.cpp:880 -msgid "does not seem to match the profile data file." -msgstr "does not seem to match the profile data file." - -#: instrview.cpp:883 -msgid "Are you using an old profile data file or is the above mentioned" -msgstr "Are you using an old profile data file or is the above mentioned" - -#: instrview.cpp:885 -msgid "ELF object from an updated installation/another machine?" -msgstr "ELF object from an updated installation/another machine?" - -#: instrview.cpp:893 -msgid "There seems to be an error trying to execute the command" -msgstr "There seems to be an error trying to execute the command" - -#: instrview.cpp:898 -msgid "Check that the ELF object used in the command exists." -msgstr "Check that the ELF object used in the command exists." - -#: callgraphview.cpp:306 -#, c-format -msgid "Call(s) from %1" -msgstr "Call(s) from %1" - -#: callgraphview.cpp:307 -#, c-format -msgid "Call(s) to %1" -msgstr "Call(s) to %1" - -#: callgraphview.cpp:308 -msgid "(unknown call)" -msgstr "(unknown call)" - -#: callgraphview.cpp:1425 -msgid "" -"Call Graph around active Function" -"

      Depending on configuration, this view shows the call graph environment of " -"the active function. Note: the shown cost is only " -"the cost which is spent while the active function was actually running; i.e. " -"the cost shown for main() - if it's visible - should be the same as the cost of " -"the active function, as that's the part of inclusive cost of main() spent while " -"the active function was running.

      " -"

      For cycles, blue call arrows indicate that this is an artificial call added " -"for correct drawing which actually never happened.

      " -"

      If the graph is larger than the widget area, an overview panner is shown in " -"one edge. There are similar visualization options to the Call Treemap; the " -"selected function is highlighted." -"

      " -msgstr "" -"Call Graph around active Function" -"

      Depending on configuration, this view shows the call graph environment of " -"the active function. Note: the shown cost is only " -"the cost which is spent while the active function was actually running; i.e. " -"the cost shown for main() - if it's visible - should be the same as the cost of " -"the active function, as that's the part of inclusive cost of main() spent while " -"the active function was running.

      " -"

      For cycles, blue call arrows indicate that this is an artificial call added " -"for correct drawing which actually never happened.

      " -"

      If the graph is larger than the widget area, an overview panner is shown in " -"one edge. There are similar visualising options to the Call Treemap; the " -"selected function is highlighted." -"

      " - -#: callgraphview.cpp:1789 -msgid "" -"Warning: a long lasting graph layouting is in progress.\n" -"Reduce node/edge limits for speedup.\n" -msgstr "" -"Warning: a long lasting graph layouting is in progress.\n" -"Reduce node/edge limits for speedup.\n" - -#: callgraphview.cpp:1792 -msgid "" -"Layouting stopped.\n" -msgstr "" -"Layouting stopped.\n" - -#: callgraphview.cpp:1794 -msgid "" -"The call graph has %1 nodes and %2 edges.\n" -msgstr "" -"The call graph has %1 nodes and %2 edges.\n" - -#: callgraphview.cpp:1827 -msgid "No item activated for which to draw the call graph." -msgstr "No item activated for which to draw the call graph." - -#: callgraphview.cpp:1838 -msgid "No call graph can be drawn for the active item." -msgstr "No call graph can be drawn for the active item." - -#: callgraphview.cpp:1867 -msgid "" -"No call graph is available because the following\n" -"command cannot be run:\n" -"'%1'\n" -msgstr "" -"No call graph is available because the following\n" -"command cannot be run:\n" -"'%1'\n" - -#: callgraphview.cpp:1870 callgraphview.cpp:2200 -msgid "Please check that 'dot' is installed (package GraphViz)." -msgstr "Please check that 'dot' is installed (package GraphViz)." - -#: callgraphview.cpp:2199 -msgid "" -"Error running the graph layouting tool.\n" -msgstr "" -"Error running the graph layouting tool.\n" - -#: callgraphview.cpp:2207 -msgid "" -"There is no call graph available for function\n" -"\t'%1'\n" -"because it has no cost of the selected event type." -msgstr "" -"There is no call graph available for function\n" -"\t'%1'\n" -"because it has no cost of the selected event type." - -#: callgraphview.cpp:2428 -msgid "Stop Layouting" -msgstr "Stop Layouting" - -#: callgraphview.cpp:2436 -msgid "As PostScript" -msgstr "As PostScript" - -#: callgraphview.cpp:2437 -msgid "As Image ..." -msgstr "As Image ..." - -#: callgraphview.cpp:2439 -msgid "Export Graph" -msgstr "Export Graph" - -#: callgraphview.cpp:2444 callgraphview.cpp:2467 -msgid "Unlimited" -msgstr "Unlimited" - -#: callgraphview.cpp:2447 callgraphview.cpp:2470 -msgid "None" -msgstr "None" - -#: callgraphview.cpp:2448 callgraphview.cpp:2471 -msgid "max. 2" -msgstr "max. 2" - -#: callgraphview.cpp:2449 callgraphview.cpp:2472 -msgid "max. 5" -msgstr "max. 5" - -#: callgraphview.cpp:2450 callgraphview.cpp:2473 -msgid "max. 10" -msgstr "max. 10" - -#: callgraphview.cpp:2451 callgraphview.cpp:2474 -msgid "max. 15" -msgstr "max. 15" - -#: callgraphview.cpp:2461 callgraphview.cpp:2484 -#, c-format -msgid "< %1" -msgstr "< %1" - -#: callgraphview.cpp:2490 -msgid "No Minimum" -msgstr "No Minimum" - -#: callgraphview.cpp:2494 -#, c-format -msgid "50 %" -msgstr "50 %" - -#: callgraphview.cpp:2495 -#, c-format -msgid "20 %" -msgstr "20 %" - -#: callgraphview.cpp:2496 -#, c-format -msgid "10 %" -msgstr "10 %" - -#: callgraphview.cpp:2497 -#, c-format -msgid "5 %" -msgstr "5 %" - -#: callgraphview.cpp:2498 -#, c-format -msgid "3 %" -msgstr "3 %" - -#: callgraphview.cpp:2499 -#, c-format -msgid "2 %" -msgstr "2 %" - -#: callgraphview.cpp:2500 -#, c-format -msgid "1.5 %" -msgstr "1.5 %" - -#: callgraphview.cpp:2501 -#, c-format -msgid "1 %" -msgstr "1 %" - -#: callgraphview.cpp:2517 -msgid "Same as Node" -msgstr "Same as Node" - -#: callgraphview.cpp:2518 -#, c-format -msgid "50 % of Node" -msgstr "50 % of Node" - -#: callgraphview.cpp:2519 -#, c-format -msgid "20 % of Node" -msgstr "20 % of Node" - -#: callgraphview.cpp:2520 -#, c-format -msgid "10 % of Node" -msgstr "10 % of Node" - -#: callgraphview.cpp:2530 -msgid "Caller Depth" -msgstr "Caller Depth" - -#: callgraphview.cpp:2531 -msgid "Callee Depth" -msgstr "Callee Depth" - -#: callgraphview.cpp:2532 -msgid "Min. Node Cost" -msgstr "Min. Node Cost" - -#: callgraphview.cpp:2533 -msgid "Min. Call Cost" -msgstr "Min. Call Cost" - -#: callgraphview.cpp:2535 -msgid "Arrows for Skipped Calls" -msgstr "Arrows for Skipped Calls" - -#: callgraphview.cpp:2537 -msgid "Inner-cycle Calls" -msgstr "Inner-cycle Calls" - -#: callgraphview.cpp:2539 -msgid "Cluster Groups" -msgstr "Cluster Groups" - -#: callgraphview.cpp:2544 -msgid "Compact" -msgstr "Compact" - -#: callgraphview.cpp:2545 -msgid "Normal" -msgstr "Normal" - -#: callgraphview.cpp:2546 -msgid "Tall" -msgstr "Tall" - -#: callgraphview.cpp:2551 -msgid "Top to Down" -msgstr "Top to Down" - -#: callgraphview.cpp:2552 -msgid "Left to Right" -msgstr "Left to Right" - -#: callgraphview.cpp:2553 -msgid "Circular" -msgstr "Circular" - -#: callgraphview.cpp:2559 -msgid "TopLeft" -msgstr "TopLeft" - -#: callgraphview.cpp:2560 -msgid "TopRight" -msgstr "TopRight" - -#: callgraphview.cpp:2561 -msgid "BottomLeft" -msgstr "BottomLeft" - -#: callgraphview.cpp:2562 -msgid "BottomRight" -msgstr "BottomRight" - -#. i18n: file configdlgbase.ui line 246 -#: callgraphview.cpp:2563 rc.cpp:42 rc.cpp:51 rc.cpp:54 -#, no-c-format -msgid "Automatic" -msgstr "Automatic" - -#: callgraphview.cpp:2570 -msgid "Graph" -msgstr "Graph" - -#: callgraphview.cpp:2572 -msgid "Birds-eye View" -msgstr "Birds-eye View" - -#: _translatorinfo.cpp:1 -msgid "" -"_: NAME OF TRANSLATORS\n" -"Your names" -msgstr "Jonathan Riddell" - -#: _translatorinfo.cpp:3 -msgid "" -"_: EMAIL OF TRANSLATORS\n" -"Your emails" -msgstr "kde-en-gb@jriddell.org" - -#: coverageitem.cpp:65 coverageitem.cpp:205 functionitem.cpp:72 -#, c-format -msgid "" -"_n: (%n function skipped)\n" -"(%n functions skipped)" -msgstr "" -"(%n function skipped)\n" -"(%n functions skipped)" - -#: main.cpp:38 -msgid "Run under cachegrind" -msgstr "Run under cachegrind" - -#: main.cpp:39 -msgid "Show information of this trace" -msgstr "Show information of this trace" - -#: main.cpp:46 -msgid "KCachegrind" -msgstr "KCachegrind" - -#: main.cpp:48 -msgid "KDE Frontend for Cachegrind" -msgstr "KDE Frontend for Cachegrind" - -#: main.cpp:50 -msgid "(C) 2002, 2003, 2004" -msgstr "(C) 2002, 2003, 2004" - -#: main.cpp:53 -msgid "Author/Maintainer" -msgstr "Author/Maintainer" - -#: tabview.cpp:64 -msgid "Move to Top" -msgstr "Move to Top" - -#: tabview.cpp:68 -msgid "Move to Right" -msgstr "Move to Right" - -#: tabview.cpp:72 -msgid "Move to Bottom" -msgstr "Move to Bottom" - -#: tabview.cpp:76 -msgid "Move to Bottom Left" -msgstr "Move to Bottom Left" - -#: tabview.cpp:77 tabview.cpp:94 treemap.cpp:2908 -msgid "Bottom Left" -msgstr "Bottom Left" - -#: tabview.cpp:79 -msgid "Move Area To" -msgstr "Move Area To" - -#: tabview.cpp:81 -msgid "Hide This Tab" -msgstr "Hide This Tab" - -#: tabview.cpp:82 -msgid "Hide Area" -msgstr "Hide Area" - -#: tabview.cpp:95 -msgid "Show Hidden On" -msgstr "Show Hidden On" - -#: tabview.cpp:242 -msgid "(No profile data file loaded)" -msgstr "(No profile data file loaded)" - -#: tabview.cpp:281 -msgid "Types" -msgstr "Types" - -#: tabview.cpp:284 -msgid "Callers" -msgstr "Callers" - -#: tabview.cpp:287 -msgid "All Callers" -msgstr "All Callers" - -#: tabview.cpp:290 -msgid "Caller Map" -msgstr "Caller Map" - -#: tabview.cpp:293 -msgid "Source" -msgstr "Source" - -#: tabview.cpp:297 -msgid "Parts" -msgstr "Parts" - -#: tabview.cpp:300 -msgid "Call Graph" -msgstr "Call Graph" - -#: tabview.cpp:303 -msgid "Callees" -msgstr "Callees" - -#: tabview.cpp:306 -msgid "All Callees" -msgstr "All Callees" - -#: tabview.cpp:310 -msgid "Callee Map" -msgstr "Callee Map" - -#: tabview.cpp:553 -msgid "" -"Information Tabs" -"

      This widget shows information for the current selected function in different " -"tabs: " -"

        " -"
      • The Costs tab shows a list of available event types and the inclusive and " -"self costs regarding to these types.
        • " -"
      • The Parts tab shows a list of trace parts if the trace consists of more " -"than one part (otherwise, this tab is hided). The cost of the selected function " -"spent in the different parts together with the calls happening is shown.
        • " -"
      • The Call Lists tab shows direct callers and callees of the function in more " -"detail.
        • " -"
      • The Coverage tab shows the same is the Call Lists tab, but not only direct " -"callers and callees but also indirect ones.
        • " -"
      • The Call Graph tab shows a graphical visualization of the calls done by " -"this function.
        • " -"
      • The Source tab presents annotated source code if debugging information and " -"the source file is available.
        • " -"
      • The Assembler tab presents annotated assembler code if trace information on " -"instruction level is available.
      For more information, see the " -"What's This? help of the corresponding tab widget

      " -msgstr "" -"Information Tabs" -"

      This widget shows information for the currently selected function in " -"different tabs: " -"

        " -"
      • The Costs tab shows a list of available event types and the inclusive and " -"self costs associated with these types.
        • " -"
      • The Parts tab shows a list of trace parts if the trace consists of more " -"than one part (otherwise this tab is hidden). The cost of the selected function " -"spent in the different parts, together with the calls that are taking place, is " -"shown.
        • " -"
      • The Call Lists tab shows direct callers and callees of the function in more " -"detail.
        • " -"
      • The Coverage tab shows the same as the Call Lists tab, but shows indirect " -"as well as direct callers and callees.
        • " -"
      • The Call Graph tab shows a graphical visualisation of the calls made by " -"this function.
        • " -"
      • The Source tab presents annotated source code if debugging information and " -"the source file is available.
        • " -"
      • The Assembler tab presents annotated assembler code if trace information at " -"instruction level is available.
      For more information, see the " -"What's This? help of the corresponding tab widget

      " - -#: tabview.cpp:630 -msgid "(No Data loaded)" -msgstr "(No Data loaded)" - -#: tabview.cpp:631 -msgid "(No function selected)" -msgstr "(No function selected)" - -#: sourceview.cpp:54 sourceview.cpp:554 -msgid "Source (unknown)" -msgstr "Source (unknown)" - -#: sourceview.cpp:89 -msgid "" -"Annotated Source" -"

      The annotated source list shows the source lines of the current selected " -"function together with (self) cost spent while executing the code of this " -"source line. If there was a call in a source line, lines with details on the " -"call happening are inserted into the source: the cost spent inside of the call, " -"the number of calls happening, and the call destination.

      " -"

      Select a inserted call information line to make the destination function " -"current.

      " -msgstr "" -"Annotated Source" -"

      The annotated source list shows the source lines of the current selected " -"function together with (self) cost spent while executing the code of this " -"source line. If there was a call in a source line, lines with details on the " -"call happening are inserted into the source: the cost spent inside of the call, " -"the number of calls happening, and the call destination.

      " -"

      Select a inserted call information line to make the destination function " -"current.

      " - -#: sourceview.cpp:120 -#, c-format -msgid "Go to Line %1" -msgstr "Go to Line %1" - -#: sourceview.cpp:293 -msgid "(No Source)" -msgstr "(No Source)" - -#: sourceview.cpp:512 -msgid "There is no cost of current selected type associated" -msgstr "There is no cost of current selected type associated" - -#: sourceview.cpp:514 -msgid "with any source line of this function in file" -msgstr "with any source line of this function in file" - -#: sourceview.cpp:518 -msgid "Thus, no annotated source can be shown." -msgstr "Thus, no annotated source can be shown." - -#: sourceview.cpp:553 -msgid "Source ('%1')" -msgstr "Source ('%1')" - -#: sourceview.cpp:559 -msgid "--- Inlined from '%1' ---" -msgstr "--- Inlined from '%1' ---" - -#: sourceview.cpp:560 -msgid "--- Inlined from unknown source ---" -msgstr "--- Inlined from unknown source ---" - -#: sourceview.cpp:565 -msgid "There is no source available for the following function:" -msgstr "There is no source available for the following function:" - -#: sourceview.cpp:570 -msgid "This is because no debug information is present." -msgstr "This is because no debug information is present." - -#: sourceview.cpp:572 -msgid "Recompile source and redo the profile run." -msgstr "Recompile source and redo the profile run." - -#: sourceview.cpp:575 -msgid "The function is located in this ELF object:" -msgstr "The function is located in this ELF object:" - -#: sourceview.cpp:583 -msgid "This is because its source file cannot be found:" -msgstr "This is because its source file cannot be found:" - -#: sourceview.cpp:587 -msgid "Add the folder of this file to the source folder list." -msgstr "Add the folder of this file to the source folder list." - -#: sourceview.cpp:589 -msgid "The list can be found in the configuration dialog." -msgstr "The list can be found in the configuration dialogue." - -#: partlistitem.cpp:49 -msgid " (Thread %1)" -msgstr " (Thread %1)" - -#: partlistitem.cpp:56 -msgid "(none)" -msgstr "(none)" - -#: callitem.cpp:82 partlistitem.cpp:152 -msgid "(active)" -msgstr "(active)" - -#: functionselection.cpp:176 -#, c-format -msgid "Go to %1" -msgstr "Go to %1" - -#: functionselection.cpp:203 -msgid "Show All Items" -msgstr "Show All Items" - -#: functionselection.cpp:226 -msgid "No Grouping" -msgstr "No Grouping" - -#: coverageview.cpp:48 coverageview.cpp:54 -msgid "Distance" -msgstr "Distance" - -#. i18n: file dumpselectionbase.ui line 928 -#: coverageview.cpp:49 partview.cpp:49 rc.cpp:270 rc.cpp:315 -#, no-c-format -msgid "Called" -msgstr "Called" - -#: callview.cpp:48 coverageview.cpp:50 -msgid "Caller" -msgstr "Caller" - -#: coverageview.cpp:55 -msgid "Calling" -msgstr "Calling" - -#: callview.cpp:52 coverageview.cpp:56 -msgid "Callee" -msgstr "Callee" - -#: coverageview.cpp:90 -msgid "" -"List of all Callers" -"

      This list shows all functions calling the current selected one, either " -"directly or with several functions in-between on the stack; the number of " -"functions in-between plus one is called the Distance " -"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " -"calls C, i.e. A => B => C. The distance here is 2).

      " -"

      Absolute cost shown is the cost spent in the selected function while a " -"listed function is active; relative cost is the percentage of all cost spent in " -"the selected function while the listed one is active. The cost graphic shows " -"logarithmic percentage with a different color for each distance.

      " -"

      As there can be many calls from the same function, the distance column " -"sometimes shows the range of distances for all calls happening; then, in " -"parentheses, there is the medium distance, i.e. the distance where most of the " -"call costs happened.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " -msgstr "" -"List of all Callers" -"

      This list shows all functions calling the current selected one, either " -"directly or with several functions in-between on the stack; the number of " -"functions in-between plus one is called the Distance " -"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " -"calls C, i.e. A => B => C. The distance here is 2).

      " -"

      Absolute cost shown is the cost spent in the selected function while a " -"listed function is active; relative cost is the percentage of all cost spent in " -"the selected function while the listed one is active. The cost graphic shows " -"logarithmic percentage with a different colour for each distance.

      " -"

      As there can be many calls from the same function, the distance column " -"sometimes shows the range of distances for all calls happening; then, in " -"brackets, there is the medium distance, i.e. the distance where most of the " -"call costs happened.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " - -#: coverageview.cpp:120 -msgid "" -"List of all Callees" -"

      This list shows all functions called by the current selected one, either " -"directly or with several function in-between on the stack; the number of " -"function in-between plus one is called the Distance " -"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " -"calls C, i.e. A => B => C. The distance here is 2).

      " -"

      Absolute cost shown is the cost spent in the listed function while the " -"selected is active; relative cost is the percentage of all cost spent in the " -"listed function while the selected one is active. The cost graphic always shows " -"logarithmic percentage with a different color for each distance.

      " -"

      As there can be many calls to the same function, the distance column " -"sometimes shows the range of distances for all calls happening; then, in " -"parentheses, there is the medium distance, i.e. the distance where most of the " -"call costs happened.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " -msgstr "" -"List of all Callees" -"

      This list shows all functions called by the current selected one, either " -"directly or with several function in-between on the stack; the number of " -"function in-between plus one is called the Distance " -"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " -"calls C, i.e. A => B => C. The distance here is 2).

      " -"

      Absolute cost shown is the cost spent in the listed function while the " -"selected is active; relative cost is the percentage of all cost spent in the " -"listed function while the selected one is active. The cost graphic always shows " -"logarithmic percentage with a different colour for each distance.

      " -"

      As there can be many calls to the same function, the distance column " -"sometimes shows the range of distances for all calls happening; then, in " -"brackets, there is the medium distance, i.e. the distance where most of the " -"call costs happened.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " - -#: configuration.cpp:63 -msgid "Instruction Fetch" -msgstr "Instruction Fetch" - -#: configuration.cpp:64 -msgid "Data Read Access" -msgstr "Data Read Access" - -#: configuration.cpp:65 -msgid "Data Write Access" -msgstr "Data Write Access" - -#: configuration.cpp:66 -msgid "L1 Instr. Fetch Miss" -msgstr "L1 Instr. Fetch Miss" - -#: configuration.cpp:67 -msgid "L1 Data Read Miss" -msgstr "L1 Data Read Miss" - -#: configuration.cpp:68 -msgid "L1 Data Write Miss" -msgstr "L1 Data Write Miss" - -#: configuration.cpp:69 -msgid "L2 Instr. Fetch Miss" -msgstr "L2 Instr. Fetch Miss" - -#: configuration.cpp:70 -msgid "L2 Data Read Miss" -msgstr "L2 Data Read Miss" - -#: configuration.cpp:71 -msgid "L2 Data Write Miss" -msgstr "L2 Data Write Miss" - -#: configuration.cpp:72 -msgid "Samples" -msgstr "Samples" - -#: configuration.cpp:73 -msgid "System Time" -msgstr "System Time" - -#: configuration.cpp:74 -msgid "User Time" -msgstr "User Time" - -#: configuration.cpp:75 -msgid "L1 Miss Sum" -msgstr "L1 Miss Sum" - -#: configuration.cpp:76 -msgid "L2 Miss Sum" -msgstr "L2 Miss Sum" - -#: configuration.cpp:77 -msgid "Cycle Estimation" -msgstr "Cycle Estimation" - -#. i18n: file tdecachegrindui.rc line 15 -#: rc.cpp:9 -#, no-c-format -msgid "&Layout" -msgstr "&Layout" - -#. i18n: file tdecachegrindui.rc line 32 -#: rc.cpp:12 -#, no-c-format -msgid "Sidebars" -msgstr "Sidebars" - -#. i18n: file tdecachegrindui.rc line 54 -#: rc.cpp:18 -#, no-c-format -msgid "State Toolbar" -msgstr "State Toolbar" - -#. i18n: file configdlgbase.ui line 37 -#: rc.cpp:24 -#, no-c-format -msgid "General" -msgstr "General" - -#. i18n: file configdlgbase.ui line 69 -#: rc.cpp:27 -#, no-c-format -msgid "Truncated when more/longer than:" -msgstr "Truncated when more/longer than:" - -#. i18n: file configdlgbase.ui line 77 -#: rc.cpp:30 -#, no-c-format -msgid "Precision of percentage values:" -msgstr "Precision of percentage values:" - -#. i18n: file configdlgbase.ui line 85 -#: rc.cpp:33 -#, no-c-format -msgid "Symbols in tooltips and context menus" -msgstr "Symbols in tooltips and context menus" - -#. i18n: file configdlgbase.ui line 141 -#: rc.cpp:36 -#, no-c-format -msgid "Maximum number of items in lists:" -msgstr "Maximum number of items in lists:" - -#. i18n: file configdlgbase.ui line 162 -#: rc.cpp:39 -#, no-c-format -msgid "Cost Item Colors" -msgstr "Cost Item Colours" - -#. i18n: file configdlgbase.ui line 254 -#: rc.cpp:45 -#, no-c-format -msgid "Object:" -msgstr "Object:" - -#. i18n: file configdlgbase.ui line 262 -#: rc.cpp:48 -#, no-c-format -msgid "Class:" -msgstr "Class:" - -#. i18n: file configdlgbase.ui line 310 -#: rc.cpp:57 -#, no-c-format -msgid "File:" -msgstr "File:" - -#. i18n: file configdlgbase.ui line 376 -#: rc.cpp:60 -#, no-c-format -msgid "Annotations" -msgstr "Annotations" - -#. i18n: file configdlgbase.ui line 395 -#: rc.cpp:63 -#, no-c-format -msgid "Context lines in annotations:" -msgstr "Context lines in annotations:" - -#. i18n: file configdlgbase.ui line 423 -#: rc.cpp:66 -#, no-c-format -msgid "Source Folders" -msgstr "Source Folders" - -#. i18n: file configdlgbase.ui line 454 -#: rc.cpp:69 -#, no-c-format -msgid "Object / Related Source Base" -msgstr "Object / Related Source Base" - -#. i18n: file configdlgbase.ui line 483 -#: rc.cpp:72 -#, no-c-format -msgid "Add..." -msgstr "Add..." - -#. i18n: file dumpselectionbase.ui line 32 -#: rc.cpp:87 -#, no-c-format -msgid "Target" -msgstr "Target" - -#. i18n: file dumpselectionbase.ui line 54 -#: rc.cpp:90 -#, no-c-format -msgid "Time" -msgstr "Time" - -#. i18n: file dumpselectionbase.ui line 65 -#: rc.cpp:93 -#, no-c-format -msgid "Path" -msgstr "Path" - -#. i18n: file dumpselectionbase.ui line 106 -#: rc.cpp:99 -#, no-c-format -msgid "Target command:" -msgstr "Target command:" - -#. i18n: file dumpselectionbase.ui line 119 -#: rc.cpp:102 -#, no-c-format -msgid "Profiler options:" -msgstr "Profiler options:" - -#. i18n: file dumpselectionbase.ui line 125 -#: rc.cpp:105 -#, no-c-format -msgid "Option" -msgstr "Option" - -#. i18n: file dumpselectionbase.ui line 136 -#: rc.cpp:108 rc.cpp:219 -#, no-c-format -msgid "Value" -msgstr "Value" - -#. i18n: file dumpselectionbase.ui line 147 -#: rc.cpp:111 -#, no-c-format -msgid "Trace" -msgstr "Trace" - -#. i18n: file dumpselectionbase.ui line 160 -#: rc.cpp:114 rc.cpp:237 -#, no-c-format -msgid "Jumps" -msgstr "Jumps" - -#. i18n: file dumpselectionbase.ui line 174 -#: rc.cpp:117 -#, no-c-format -msgid "Instructions" -msgstr "Instructions" - -#. i18n: file dumpselectionbase.ui line 189 -#: rc.cpp:120 rc.cpp:240 -#, no-c-format -msgid "Events" -msgstr "Events" - -#. i18n: file dumpselectionbase.ui line 202 -#: rc.cpp:123 -#, no-c-format -msgid "Full Cache" -msgstr "Full Cache" - -#. i18n: file dumpselectionbase.ui line 216 -#: rc.cpp:126 -#, no-c-format -msgid "Custom" -msgstr "Custom" - -#. i18n: file dumpselectionbase.ui line 231 -#: rc.cpp:129 -#, no-c-format -msgid "Collect" -msgstr "Collect" - -#. i18n: file dumpselectionbase.ui line 244 -#: rc.cpp:132 -#, no-c-format -msgid "At Startup" -msgstr "At Startup" - -#. i18n: file dumpselectionbase.ui line 258 -#: rc.cpp:135 -#, no-c-format -msgid "While In" -msgstr "While In" - -#. i18n: file dumpselectionbase.ui line 273 -#: rc.cpp:138 -#, no-c-format -msgid "Skip" -msgstr "Skip" - -#. i18n: file dumpselectionbase.ui line 286 -#: rc.cpp:141 -#, no-c-format -msgid "PLT" -msgstr "PLT" - -#. i18n: file dumpselectionbase.ui line 315 -#: rc.cpp:147 -#, no-c-format -msgid "Dump Profile" -msgstr "Dump Profile" - -#. i18n: file dumpselectionbase.ui line 328 -#: rc.cpp:150 -#, no-c-format -msgid "Every BBs" -msgstr "Every BBs" - -#. i18n: file dumpselectionbase.ui line 342 -#: rc.cpp:153 rc.cpp:162 -#, no-c-format -msgid "On Entering" -msgstr "On Entering" - -#. i18n: file dumpselectionbase.ui line 356 -#: rc.cpp:156 -#, no-c-format -msgid "On Leaving" -msgstr "On Leaving" - -#. i18n: file dumpselectionbase.ui line 371 -#: rc.cpp:159 -#, no-c-format -msgid "Zero Events" -msgstr "Zero Events" - -#. i18n: file dumpselectionbase.ui line 399 -#: rc.cpp:165 -#, no-c-format -msgid "Separate" -msgstr "Separate" - -#. i18n: file dumpselectionbase.ui line 412 -#: rc.cpp:168 -#, no-c-format -msgid "Threads" -msgstr "Threads" - -#. i18n: file dumpselectionbase.ui line 426 -#: rc.cpp:171 -#, no-c-format -msgid "Recursions" -msgstr "Recursions" - -#. i18n: file dumpselectionbase.ui line 440 -#: rc.cpp:174 -#, no-c-format -msgid "Call Chain" -msgstr "Call Chain" - -#. i18n: file dumpselectionbase.ui line 470 -#: rc.cpp:177 -#, no-c-format -msgid "Custom profiler options:" -msgstr "Custom profiler options:" - -#. i18n: file dumpselectionbase.ui line 508 -#: rc.cpp:180 -#, no-c-format -msgid "Run New Profile" -msgstr "Run New Profile" - -#. i18n: file dumpselectionbase.ui line 520 -#: rc.cpp:183 -#, no-c-format -msgid "Info" -msgstr "Info" - -#. i18n: file dumpselectionbase.ui line 531 -#: rc.cpp:186 -#, no-c-format -msgid "Dump reason:" -msgstr "Dump reason:" - -#. i18n: file dumpselectionbase.ui line 544 -#: rc.cpp:189 -#, no-c-format -msgid "Event summary:" -msgstr "Event summary:" - -#. i18n: file dumpselectionbase.ui line 561 -#: rc.cpp:195 -#, no-c-format -msgid "Sum" -msgstr "Sum" - -#. i18n: file dumpselectionbase.ui line 579 -#: rc.cpp:198 -#, no-c-format -msgid "Miscellaneous:" -msgstr "Miscellaneous:" - -#. i18n: file dumpselectionbase.ui line 617 -#: rc.cpp:201 -#, no-c-format -msgid "Show" -msgstr "Show" - -#. i18n: file dumpselectionbase.ui line 625 -#: rc.cpp:204 -#, no-c-format -msgid "Compare" -msgstr "Compare" - -#. i18n: file dumpselectionbase.ui line 637 -#: rc.cpp:207 -#, no-c-format -msgid "State" -msgstr "State" - -#. i18n: file dumpselectionbase.ui line 656 -#: rc.cpp:210 -#, no-c-format -msgid "Update" -msgstr "Update" - -#. i18n: file dumpselectionbase.ui line 664 -#: rc.cpp:213 -#, no-c-format -msgid "Every [s]:" -msgstr "Every [s]:" - -#. i18n: file dumpselectionbase.ui line 677 -#: rc.cpp:216 -#, no-c-format -msgid "Counter" -msgstr "Counter" - -#. i18n: file dumpselectionbase.ui line 699 -#: rc.cpp:222 -#, no-c-format -msgid "Dumps Done" -msgstr "Dumps Done" - -#. i18n: file dumpselectionbase.ui line 713 -#: rc.cpp:225 -#, no-c-format -msgid "Is Collecting" -msgstr "Is Collecting" - -#. i18n: file dumpselectionbase.ui line 727 -#: rc.cpp:228 -#, no-c-format -msgid "Executed" -msgstr "Executed" - -#. i18n: file dumpselectionbase.ui line 740 -#: rc.cpp:231 -#, no-c-format -msgid "Basic Blocks" -msgstr "Basic Blocks" - -#. i18n: file dumpselectionbase.ui line 754 -#: callmapview.cpp:63 rc.cpp:234 rc.cpp:339 -#, no-c-format -msgid "Calls" -msgstr "Calls" - -#. i18n: file dumpselectionbase.ui line 796 -#: rc.cpp:243 -#, no-c-format -msgid "Ir" -msgstr "Ir" - -#. i18n: file dumpselectionbase.ui line 811 -#: rc.cpp:246 -#, no-c-format -msgid "Distinct" -msgstr "Distinct" - -#. i18n: file dumpselectionbase.ui line 824 -#: configdlg.cpp:58 rc.cpp:249 -#, no-c-format -msgid "ELF Objects" -msgstr "ELF Objects" - -#. i18n: file dumpselectionbase.ui line 838 -#: rc.cpp:252 -#, no-c-format -msgid "Functions" -msgstr "Functions" - -#. i18n: file dumpselectionbase.ui line 852 -#: rc.cpp:255 -#, no-c-format -msgid "Contexts" -msgstr "Contexts" - -#. i18n: file dumpselectionbase.ui line 890 -#: rc.cpp:258 -#, no-c-format -msgid "Stack trace:" -msgstr "Stack trace:" - -#. i18n: file dumpselectionbase.ui line 898 -#: rc.cpp:261 -#, no-c-format -msgid "Sync." -msgstr "Sync." - -#. i18n: file dumpselectionbase.ui line 950 -#: callmapview.cpp:61 rc.cpp:276 rc.cpp:321 -#, no-c-format -msgid "Location" -msgstr "Location" - -#. i18n: file dumpselectionbase.ui line 976 -#: rc.cpp:279 -#, no-c-format -msgid "Start" -msgstr "Start" - -#. i18n: file dumpselectionbase.ui line 1001 -#: rc.cpp:282 -#, no-c-format -msgid "Zero" -msgstr "Zero" - -#. i18n: file dumpselectionbase.ui line 1009 -#: rc.cpp:285 -#, no-c-format -msgid "Dump" -msgstr "Dump" - -#. i18n: file dumpselectionbase.ui line 1021 -#: rc.cpp:288 -#, no-c-format -msgid "Messages" -msgstr "Messages" - -#. i18n: file dumpselectionbase.ui line 1045 -#: rc.cpp:291 -#, no-c-format -msgid "Kill Run" -msgstr "Kill Run" - -#. i18n: file functionselectionbase.ui line 41 -#: rc.cpp:300 -#, no-c-format -msgid "&Search:" -msgstr "&Search:" - -#. i18n: file functionselectionbase.ui line 73 -#: rc.cpp:306 -#, no-c-format -msgid "Group" -msgstr "Group" - -#. i18n: file partselectionbase.ui line 60 -#: rc.cpp:327 -#, no-c-format -msgid "(no trace parts)" -msgstr "(no trace parts)" - -#. i18n: file stackselectionbase.ui line 16 -#: rc.cpp:330 -#, no-c-format -msgid "Stack Selection" -msgstr "Stack Selection" - -#. i18n: file stackselectionbase.ui line 42 -#: rc.cpp:336 -#, no-c-format -msgid "Cost2" -msgstr "Cost2" - -#: treemap.cpp:1281 -#, c-format -msgid "Text %1" -msgstr "Text %1" - -#: treemap.cpp:2809 -msgid "Recursive Bisection" -msgstr "Recursive Bisection" - -#: treemap.cpp:2810 -msgid "Columns" -msgstr "Columns" - -#: treemap.cpp:2811 -msgid "Rows" -msgstr "Rows" - -#: treemap.cpp:2812 -msgid "Always Best" -msgstr "Always Best" - -#: treemap.cpp:2813 -msgid "Best" -msgstr "Best" - -#: treemap.cpp:2814 -msgid "Alternate (V)" -msgstr "Alternate (V)" - -#: treemap.cpp:2815 -msgid "Alternate (H)" -msgstr "Alternate (H)" - -#: treemap.cpp:2872 -msgid "Nesting" -msgstr "Nesting" - -#: treemap.cpp:2875 -msgid "Correct Borders Only" -msgstr "Correct Borders Only" - -#: treemap.cpp:2877 treemap.cpp:2878 treemap.cpp:2879 treemap.cpp:2880 -#, c-format -msgid "Width %1" -msgstr "Width %1" - -#: callmapview.cpp:321 treemap.cpp:2889 -msgid "Shading" -msgstr "Shading" - -#: treemap.cpp:2902 -msgid "Visible" -msgstr "Visible" - -#: treemap.cpp:2903 -msgid "Take Space From Children" -msgstr "Take Space From Children" - -#: treemap.cpp:2905 -msgid "Top Left" -msgstr "Top Left" - -#: treemap.cpp:2906 -msgid "Top Center" -msgstr "Top Centre" - -#: treemap.cpp:2907 -msgid "Top Right" -msgstr "Top Right" - -#: treemap.cpp:2909 -msgid "Bottom Center" -msgstr "Bottom Centre" - -#: treemap.cpp:2910 -msgid "Bottom Right" -msgstr "Bottom Right" - -#: treemap.cpp:2987 -msgid "No %1 Limit" -msgstr "No %1 Limit" - -#: callmapview.cpp:243 treemap.cpp:3039 -msgid "No Area Limit" -msgstr "No Area Limit" - -#: callmapview.cpp:258 treemap.cpp:3045 -msgid "Area of '%1' (%2)" -msgstr "Area of '%1' (%2)" - -#: treemap.cpp:3056 treemap.cpp:3067 -#, c-format -msgid "" -"_n: 1 Pixel\n" -"%n Pixels" -msgstr "" -"1 Pixel\n" -"%n Pixels" - -#: callmapview.cpp:264 treemap.cpp:3071 -msgid "Double Area Limit (to %1)" -msgstr "Double Area Limit (to %1)" - -#: treemap.cpp:3073 -msgid "Halve Area Limit (to %1)" -msgstr "Halve Area Limit (to %1)" - -#: callmapview.cpp:187 treemap.cpp:3101 -msgid "No Depth Limit" -msgstr "No Depth Limit" - -#: callmapview.cpp:198 treemap.cpp:3107 -msgid "Depth of '%1' (%2)" -msgstr "Depth of '%1' (%2)" - -#: treemap.cpp:3118 -#, c-format -msgid "Depth %1" -msgstr "Depth %1" - -#: treemap.cpp:3122 -msgid "Decrement (to %1)" -msgstr "Decrement (to %1)" - -#: treemap.cpp:3124 -msgid "Increment (to %1)" -msgstr "Increment (to %1)" - -#: callmapview.cpp:98 -msgid "" -"Caller Map" -"

      This graph shows the nested hierarchy of all callers of the current " -"activated function. Each colored rectangle represents a function; its size " -"tries to be proportional to the cost spent therein while the active function is " -"running (however, there are drawing constrains).

      " -msgstr "" -"Caller Map" -"

      This graph shows the nested hierarchy of all callers of the current " -"activated function. Each coloured rectangle represents a function; its size " -"tries to be proportional to the cost spent therein while the active function is " -"running (however, there are drawing constrains).

      " - -#: callmapview.cpp:105 -msgid "" -"Call Map" -"

      This graph shows the nested hierarchy of all callees of the current " -"activated function. Each colored rectangle represents a function; its size " -"tries to be proportional to the cost spent therein while the active function is " -"running (however, there are drawing constrains).

      " -msgstr "" -"Call Map" -"

      This graph shows the nested hierarchy of all callees of the current " -"activated function. Each coloured rectangle represents a function; its size " -"tries to be proportional to the cost spent therein while the active function is " -"running (however, there are drawing constrains).

      " - -#: callmapview.cpp:113 -msgid "" -"

      Appearance options can be found in the in the context menu. To get exact " -"size proportions, choose 'Hide incorrect borders'. As this mode can be " -"very time consuming, you may want to limit the maximum drawn nesting level " -"before. 'Best' determinates the split direction for children from the aspect " -"ratio of the parent. 'Always Best' decides on remaining space for each sibling. " -"'Ignore Proportions' takes space for function name drawing before " -"drawing children. Note that size proportions can get heavily wrong.

      " -"

      This is a TreeMap widget. Keyboard navigation is available with the " -"left/right arrow keys for traversing siblings, and up/down arrow keys to go a " -"nesting level up/down. Return activates the current item.

      " -msgstr "" -"

      Appearance options can be found in the in the context menu. To get exact " -"size proportions, choose 'Hide incorrect borders'. As this mode can be " -"very time consuming, you may want to limit the maximum drawn nesting level " -"before. 'Best' determinates the split direction for children from the aspect " -"ratio of the parent. 'Always Best' decides on remaining space for each sibling. " -"'Ignore Proportions' takes space for function name drawing before " -"drawing children. Note that size proportions can get heavily wrong.

      " -"

      This is a TreeMap widget. Keyboard navigation is available with the " -"left/right arrow keys for traversing siblings, and up/down arrow keys to go a " -"nesting level up/down. Return activates the current item.

      " - -#: callmapview.cpp:167 -msgid "Go To" -msgstr "Go To" - -#: callmapview.cpp:184 -msgid "Stop at Depth" -msgstr "Stop at Depth" - -#: callmapview.cpp:190 -msgid "Depth 10" -msgstr "Depth 10" - -#: callmapview.cpp:192 -msgid "Depth 15" -msgstr "Depth 15" - -#: callmapview.cpp:194 -msgid "Depth 20" -msgstr "Depth 20" - -#: callmapview.cpp:204 -msgid "Decrement Depth (to %1)" -msgstr "Decrement Depth (to %1)" - -#: callmapview.cpp:205 -msgid "Increment Depth (to %1)" -msgstr "Increment Depth (to %1)" - -#: callmapview.cpp:209 -msgid "Stop at Function" -msgstr "Stop at Function" - -#: callmapview.cpp:210 -msgid "No Function Limit" -msgstr "No Function Limit" - -#: callmapview.cpp:240 -msgid "Stop at Area" -msgstr "Stop at Area" - -#: callmapview.cpp:246 -msgid "50 Pixels" -msgstr "50 Pixels" - -#: callmapview.cpp:248 -msgid "100 Pixels" -msgstr "100 Pixels" - -#: callmapview.cpp:250 -msgid "200 Pixels" -msgstr "200 Pixels" - -#: callmapview.cpp:252 -msgid "500 Pixels" -msgstr "500 Pixels" - -#: callmapview.cpp:266 -msgid "Half Area Limit (to %1)" -msgstr "Half Area Limit (to %1)" - -#: callmapview.cpp:273 -msgid "Visualisation" -msgstr "Visualisation" - -#: callmapview.cpp:277 -msgid "Split Direction" -msgstr "Split Direction" - -#: callmapview.cpp:279 -msgid "Skip Incorrect Borders" -msgstr "Skip Incorrect Borders" - -#: callmapview.cpp:284 -msgid "Border Width" -msgstr "Border Width" - -#: callmapview.cpp:285 -msgid "Border 0" -msgstr "Border 0" - -#: callmapview.cpp:288 -msgid "Border 1" -msgstr "Border 1" - -#: callmapview.cpp:290 -msgid "Border 2" -msgstr "Border 2" - -#: callmapview.cpp:292 -msgid "Border 3" -msgstr "Border 3" - -#: callmapview.cpp:297 -msgid "Draw Symbol Names" -msgstr "Draw Symbol Names" - -#: callmapview.cpp:298 -msgid "Draw Cost" -msgstr "Draw Cost" - -#: callmapview.cpp:299 -msgid "Draw Location" -msgstr "Draw Location" - -#: callmapview.cpp:300 -msgid "Draw Calls" -msgstr "Draw Calls" - -#: callmapview.cpp:431 -msgid "Call Map: Current is '%1'" -msgstr "Call Map: Current is '%1'" - -#: callmapview.cpp:599 -msgid "(no function)" -msgstr "(no function)" - -#: callmapview.cpp:741 callmapview.cpp:858 -msgid "(no call)" -msgstr "(no call)" - -#: cachegrindloader.cpp:141 -msgid "Import filter for Cachegrind/Callgrind generated profile data files" -msgstr "Import filter for Cachegrind/Callgrind generated profile data files" - -#: cachegrindloader.cpp:738 -#, c-format -msgid "Loading %1" -msgstr "Loading %1" - -#: callview.cpp:47 callview.cpp:51 -msgid "Count" -msgstr "Count" - -#: callview.cpp:85 -msgid "" -"List of direct Callers" -"

      This list shows all functions calling the current selected one directly, " -"together with a call count and the cost spent in the current selected function " -"while being called from the function from the list.

      " -"

      An icon instead of an inclusive cost specifies that this is a call inside of " -"a recursive cycle. An inclusive cost makes no sense here.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " -msgstr "" -"List of direct Callers" -"

      This list shows all functions calling the current selected one directly, " -"together with a call count and the cost spent in the current selected function " -"while being called from the function from the list.

      " -"

      An icon instead of an inclusive cost specifies that this is a call inside of " -"a recursive cycle. An inclusive cost makes no sense here.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " - -#: callview.cpp:98 -msgid "" -"List of direct Callees" -"

      This list shows all functions called by the current selected one directly, " -"together with a call count and the cost spent in this function while being " -"called from the selected function.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " -msgstr "" -"List of direct Callees" -"

      This list shows all functions called by the current selected one directly, " -"together with a call count and the cost spent in this function while being " -"called from the selected function.

      " -"

      Selecting a function makes it the current selected one of this information " -"panel. If there are two panels (Split mode), the function of the other panel is " -"changed instead.

      " - -#: costtypeitem.cpp:56 -msgid "Unknown Type" -msgstr "Unknown Type" - -#: tips.cpp:3 -msgid "" -"

      ...that the What's This? help for every GUI widget\n" -"in KCachegrind contains detailed usage information for this widget?\n" -"It is highly recommended to read at least these help texts on first\n" -"use. Request What's This? help by pressing\n" -"Shift+F1 and clicking on the widget.

      \n" -msgstr "" -"

      ...that the What's This? help for every GUI widget\n" -"in KCachegrind contains detailed usage information for this widget?\n" -"It is highly recommended to read at least these help texts on first\n" -"use. Request What's This? help by pressing\n" -"Shift+F1 and clicking on the widget.

      \n" - -#: tips.cpp:12 -msgid "" -"

      ...that you can get profile information at instruction level\n" -"with Calltree when you provide the option --dump-instr=yes?\n" -"Use the Assembler View for the instruction annotations.\n" -"

      \n" -msgstr "" -"

      ...that you can get profile information at instruction level\n" -"with Calltree when you provide the option --dump-instr=yes?\n" -"Use the Assembler View for the instruction annotations.\n" -"

      \n" - -#: tips.cpp:20 -msgid "" -"

      ...that you can use Alt-Left/Right keys of your keyboard to go\n" -"back/forward in the active object history ?

      \n" -msgstr "" -"

      ...that you can use Alt-Left/Right keys of your keyboard to go\n" -"backwards/forwards in the active object history ?

      \n" - -#: tips.cpp:26 -msgid "" -"

      ...that you can navigate in the Callee/Caller Map View using\n" -"arrow keys? Use Left/Right to change to siblings of the current\n" -"item; use Up/Down to go one nesting level up/down. To select\n" -"the current item, press Space, and to activate it, press Return.\n" -"

      \n" -msgstr "" -"

      ...that you can navigate in the Callee/Caller Map View using\n" -"arrow keys? Use Left/Right to change to siblings of the current\n" -"item; use Up/Down to go one nesting level up/down. To select\n" -"the current item, press Space, and to activate it, press Return.\n" -"

      \n" - -#: tips.cpp:35 -msgid "" -"

      ...that you can navigate in the Call Graph View using\n" -"arrow keys? Use Up/Down to go one calling level up/down, alternating\n" -"between calls and functions. Use Left/Right to change to siblings of a current\n" -"selected call. To activate the current item, press Return.\n" -"

      \n" -msgstr "" -"

      ...that you can navigate in the Call Graph View using\n" -"arrow keys? Use Up/Down to go one calling level up/down, alternating\n" -"between calls and functions. Use Left/Right to change to siblings of a current\n" -"selected call. To activate the current item, press Return.\n" -"

      \n" - -#: tips.cpp:44 -msgid "" -"

      ...that you can rapidly locate a function by entering part of its\n" -"name (case-insensitive) into the edit line of the toolbar\n" -"and hit return?

      \n" -msgstr "" -"

      ...that you can rapidly locate a function by entering part of its\n" -"name (case-insensitive) into the edit line of the toolbar\n" -"and hit return?

      \n" - -#: tips.cpp:51 -msgid "" -"

      ...that you can assign custom colors to \n" -"ELF objects/C++ Classes/Source Files for graph coloring\n" -"in Settings->Configure KCachegrind...?

      \n" -msgstr "" -"

      ...that you can assign custom colours to \n" -"ELF objects/C++ Classes/Source Files for graph colouring\n" -"in Settings->Configure KCachegrind...?

      \n" - -#: tips.cpp:58 -msgid "" -"

      ...that you can see if debug info is available for a selected \n" -"function by looking at the location label in the Info tab or\n" -"the source listing header in the source tab?

      \n" -"

      There must be the name of the source file (with extension).\n" -"If KCachegrind still doesn't show the source, make sure that you\n" -"have added the directory of the source file to the\n" -"Source Directories list in the configuration.\n" -msgstr "" -"

      ...that you can see if debug info is available for a selected \n" -"function by looking at the location label in the Info tab or\n" -"the source listing header in the source tab?

      \n" -"

      There must be the name of the source file (with extension).\n" -"If KCachegrind still doesn't show the source, make sure that you\n" -"have added the directory of the source file to the\n" -"Source Directories list in the configuration.\n" - -#: tips.cpp:69 -msgid "" -"

      ...that you can configure whether KCachgrind should\n" -"show absolute event counts or relative ones (percentage display)?

      \n" -msgstr "" -"

      ...that you can configure whether KCachgrind should\n" -"show absolute event counts or relative ones (percentage display)?

      \n" - -#: tips.cpp:75 -msgid "" -"

      ...that you can configure the maximum number of items\n" -"for all function lists in KCachegrind? Limiting the number\n" -"of items is done to get a fast reacting GUI. The last item in\n" -"the list will show you the number of skipped functions, together\n" -"with a cost condition for these skipped functions.

      \n" -"

      To activate a function with small costs, search for it and select\n" -"it in the flat profile. Selecting functions with small cost will\n" -"temporarily add them to the flat profile list.

      \n" -msgstr "" -"

      ...that you can configure the maximum number of items\n" -"for all function lists in KCachegrind? Limiting the number\n" -"of items is done to get a fast reacting GUI. The last item in\n" -"the list will show you the number of skipped functions, together\n" -"with a cost condition for these skipped functions.

      \n" -"

      To activate a function with small costs, search for it and select\n" -"it in the flat profile. Selecting functions with small cost will\n" -"temporarily add them to the flat profile list.

      \n" - -#: tips.cpp:87 -msgid "" -"

      ...that the Coverage tab - in contrast to the Call Lists tab -\n" -"shows all functions that are calling the selected function\n" -"(upper part) / are called by the selected function (bottom part),\n" -"no matter how many function are between them on the stack?

      \n" -"

      Examples:

      \n" -"

      An entry in the upper list for function foo1() with a value of 50%\n" -"with function bar() selected means that 50% of all the cost of function\n" -"bar() happened while called from function foo1().

      \n" -"

      An entry in the bottom list for function foo2() with a value of 50%\n" -"with function bar() selected means that 50% of all the cost of function\n" -"bar() happened while calling foo2() from bar().

      \n" -msgstr "" -"

      ...that the Coverage tab - in contrast to the Call Lists tab -\n" -"shows all functions that are calling the selected function\n" -"(upper part) / are called by the selected function (bottom part),\n" -"no matter how many function are between them on the stack?

      \n" -"

      Examples:

      \n" -"

      An entry in the upper list for function foo1() with a value of 50%\n" -"with function bar() selected means that 50% of all the cost of function\n" -"bar() happened while called from function foo1().

      \n" -"

      An entry in the bottom list for function foo2() with a value of 50%\n" -"with function bar() selected means that 50% of all the cost of function\n" -"bar() happened while calling foo2() from bar().

      \n" - -#: tips.cpp:102 -msgid "" -"

      ...that waiting for the tool tip inside of a tree map\n" -"shows the list of names of the nested rectangles the mouse\n" -"pointer is over?

      \n" -"

      Items from this list can be selected by pressing the right\n" -"mouse button.

      \n" -msgstr "" -"

      ...that waiting for the tool tip inside of a tree map\n" -"shows the list of names of the nested rectangles the mouse\n" -"pointer is over?

      \n" -"

      Items from this list can be selected by pressing the right\n" -"mouse button.

      \n" - -#: tips.cpp:111 -msgid "" -"

      ...that you can constrain the cost counts shown to only a\n" -"few parts of the whole trace by selecting these parts in the\n" -"\"Trace Selection\" Dockable?

      \n" -"

      To generate multiple parts in a profiling run with\n" -"cachegrind, use e.g. option --cachedumps=xxx for parts\n" -"of a length of xxx basic blocks (A basic block is a run\n" -"of not-branching assembler statements inside of your program\n" -"code).

      \n" -msgstr "" -"

      ...that you can constrain the cost counts shown to only a\n" -"few parts of the whole trace by selecting these parts in the\n" -"\"Trace Selection\" Dockable?

      \n" -"

      To generate multiple parts in a profiling run with\n" -"cachegrind, use e.g. option --cachedumps=xxx for parts\n" -"of a length of xxx basic blocks (A basic block is a run\n" -"of not-branching assembler statements inside of your program\n" -"code).

      \n" - -#: configdlg.cpp:60 -msgid "Source Files" -msgstr "Source Files" - -#: configdlg.cpp:61 -msgid "C++ Classes" -msgstr "C++ Classes" - -#: configdlg.cpp:62 -msgid "Function (no Grouping)" -msgstr "Function (no Grouping)" - -#: configdlg.cpp:157 configdlg.cpp:350 configdlg.cpp:371 -msgid "(always)" -msgstr "(always)" - -#: configdlg.cpp:210 -msgid "KCachegrind Configuration" -msgstr "KCachegrind Configuration" - -#: configdlg.cpp:211 -msgid "" -"The Maximum Number of List Items should be below 500.The previous set value " -"(%1) will still be used." -msgstr "" -"The Maximum Number of List Items should be below 500.The previous set value " -"(%1) will still be used." - -#: configdlg.cpp:384 -msgid "Choose Source Folder" -msgstr "Choose Source Folder" - -#: partgraph.cpp:167 -#, c-format -msgid "Profile Part %1" -msgstr "Profile Part %1" - -#: partgraph.cpp:226 -msgid "(no trace)" -msgstr "(no trace)" - -#: partgraph.cpp:229 -msgid "(no part)" -msgstr "(no part)" - -#: partview.cpp:51 -msgid "Comment" -msgstr "Comment" - -#: partview.cpp:73 -msgid "" -"Trace Part List" -"

      This list shows all trace parts of the loaded trace. For each part, the " -"self/inclusive cost of the current selected function, spent in the part, is " -"shown; percentage costs are always relative to the total cost " -"of the part (not to the whole trace as in the Trace Part Overview). Also " -"shown are the calls happening to/from the current function inside of the trace " -"part.

      " -"

      By choosing one or more trace parts from the list, the costs shown all over " -"KCachegrind will only be the ones spent in the selected part(s). If no list " -"selection is shown, in fact all trace parts are selected implicitly.

      " -"

      This is a multi-selection list. You can select ranges by dragging the mouse " -"or use SHIFT/CTRL modifiers. Selection/Deselection of trace parts can also be " -"done by using the Trace Part Overview Dockable. This one also supports multiple " -"selection.

      " -"

      Note that the list is hidden if only one trace part is loaded.

      " -msgstr "" -"Trace Part List" -"

      This list shows all trace parts of the loaded trace. For each part, the " -"self/inclusive cost of the current selected function, spent in the part, is " -"shown; percentage costs are always relative to the total cost " -"of the part (not to the whole trace as in the Trace Part Overview). Also " -"shown are the calls happening to/from the current function inside of the trace " -"part.

      " -"

      By choosing one or more trace parts from the list, the costs shown all over " -"KCachegrind will only be the ones spent in the selected part(s). If no list " -"selection is shown, in fact all trace parts are selected implicitly.

      " -"

      This is a multi-selection list. You can select ranges by dragging the mouse " -"or use SHIFT/CTRL modifiers. Selection/Deselection of trace parts can also be " -"done by using the Trace Part Overview Dockable. This one also supports multiple " -"selection.

      " -"

      Note that the list is hidden if only one trace part is loaded.

      " - -#: partview.cpp:106 -msgid "Select '%1'" -msgstr "Select '%1'" - -#: partview.cpp:107 -msgid "Hide '%1'" -msgstr "Hide '%1'" - -#: partview.cpp:111 -msgid "Hide Selected" -msgstr "Hide Selected" - -#: partview.cpp:112 -msgid "Show All" -msgstr "Show All" - -#~ msgid "(unnamed)" -#~ msgstr "(unnamed)" - -#~ msgid "Function Query" -#~ msgstr "Function Query" - -#~ msgid "Type part of a function name (insensitive) to get a list of matching functions from current function group" -#~ msgstr "Type part of a function name (insensitive) to get a list of matching functions from current function group" diff --git a/tde-i18n-en_GB/messages/tdesdk/tdecachegrind.po b/tde-i18n-en_GB/messages/tdesdk/tdecachegrind.po new file mode 100644 index 00000000000..e9b2c48ae12 --- /dev/null +++ b/tde-i18n-en_GB/messages/tdesdk/tdecachegrind.po @@ -0,0 +1,2937 @@ +# translation of tdecachegrind.po to British English +# Copyright (C) 2003, 2004, 2005 Free Software Foundation, Inc. +# Malcolm Hunter , 2003, 2004, 2005. +# Jonathan Riddell , 2003. +# Andrew Coles , 2004, 2005. +# +msgid "" +msgstr "" +"Project-Id-Version: tdecachegrind\n" +"POT-Creation-Date: 2008-07-08 01:21+0200\n" +"PO-Revision-Date: 2005-12-30 14:02+0000\n" +"Last-Translator: Malcolm Hunter \n" +"Language-Team: British English \n" +"MIME-Version: 1.0\n" +"Content-Type: text/plain; charset=UTF-8\n" +"Content-Transfer-Encoding: 8bit\n" +"X-Generator: KBabel 1.10.2\n" + +#: instritem.cpp:106 sourceitem.cpp:86 +msgid "Active call to '%1'" +msgstr "Active call to '%1'" + +#: instritem.cpp:108 sourceitem.cpp:88 +msgid "" +"_n: %n call to '%1'\n" +"%n calls to '%1'" +msgstr "" +"%n call to '%1'\n" +"%n calls to '%1'" + +#: instritem.cpp:137 +msgid "Jump %1 of %2 times to 0x%3" +msgstr "Jump %1 of %2 times to 0x%3" + +#: instritem.cpp:142 +msgid "Jump %1 times to 0x%2" +msgstr "Jump %1 times to 0x%2" + +#: instritem.cpp:185 sourceitem.cpp:169 +msgid "(cycle)" +msgstr "(cycle)" + +#: tracedata.cpp:157 +msgid "Abstract Item" +msgstr "Abstract Item" + +#: tracedata.cpp:158 +msgid "Cost Item" +msgstr "Cost Item" + +#: tracedata.cpp:159 +msgid "Part Source Line" +msgstr "Part Source Line" + +#: tracedata.cpp:160 +msgid "Source Line" +msgstr "Source Line" + +#: tracedata.cpp:161 +msgid "Part Line Call" +msgstr "Part Line Call" + +#: tracedata.cpp:162 +msgid "Line Call" +msgstr "Line Call" + +#: tracedata.cpp:163 +msgid "Part Jump" +msgstr "Part Jump" + +#: tracedata.cpp:164 +msgid "Jump" +msgstr "Jump" + +#: tracedata.cpp:165 +msgid "Part Instruction" +msgstr "Part Instruction" + +#: tracedata.cpp:166 +msgid "Instruction" +msgstr "Instruction" + +#: tracedata.cpp:167 +msgid "Part Instruction Jump" +msgstr "Part Instruction Jump" + +#: tracedata.cpp:168 +msgid "Instruction Jump" +msgstr "Instruction Jump" + +#: tracedata.cpp:169 +msgid "Part Instruction Call" +msgstr "Part Instruction Call" + +#: tracedata.cpp:170 +msgid "Instruction Call" +msgstr "Instruction Call" + +#: tracedata.cpp:171 +msgid "Part Call" +msgstr "Part Call" + +#: tracedata.cpp:172 +msgid "Call" +msgstr "Call" + +#: tracedata.cpp:173 +msgid "Part Function" +msgstr "Part Function" + +#: tracedata.cpp:174 +msgid "Function Source File" +msgstr "Function Source File" + +#. i18n: file dumpselectionbase.ui line 300 +#: rc.cpp:144 rc.cpp:273 rc.cpp:318 rc.cpp:342 tracedata.cpp:175 +#, no-c-format +msgid "Function" +msgstr "Function" + +#: tracedata.cpp:176 +msgid "Function Cycle" +msgstr "Function Cycle" + +#: tracedata.cpp:177 +msgid "Part Class" +msgstr "Part Class" + +#: tracedata.cpp:178 +msgid "Class" +msgstr "Class" + +#: tracedata.cpp:179 +msgid "Part Source File" +msgstr "Part Source File" + +#: tracedata.cpp:180 +msgid "Source File" +msgstr "Source File" + +#: tracedata.cpp:181 +msgid "Part ELF Object" +msgstr "Part ELF Object" + +#: tracedata.cpp:182 +msgid "ELF Object" +msgstr "ELF Object" + +#: partview.cpp:46 tracedata.cpp:183 +msgid "Profile Part" +msgstr "Profile Part" + +#: tracedata.cpp:184 +msgid "Program Trace" +msgstr "Program Trace" + +#: tracedata.cpp:245 +msgid "%1 from %2" +msgstr "%1 from %2" + +#: partgraph.cpp:423 tracedata.cpp:253 tracedata.cpp:258 tracedata.cpp:2828 +#: tracedata.cpp:3245 tracedata.cpp:3331 tracedata.cpp:4169 tracedata.cpp:4177 +#: tracedata.cpp:4242 +msgid "(unknown)" +msgstr "(unknown)" + +#: tracedata.cpp:2587 +msgid "(no caller)" +msgstr "(no caller)" + +#: tracedata.cpp:2594 tracedata.cpp:2613 +msgid "%1 via %2" +msgstr "%1 via %2" + +#: tracedata.cpp:2603 +msgid "(no callee)" +msgstr "(no callee)" + +#: tracedata.cpp:4471 +msgid "(not found)" +msgstr "(not found)" + +#: tracedata.cpp:5021 +msgid "Recalculating Function Cycles..." +msgstr "Recalculating Function Cycles..." + +#. i18n: file dumpselectionbase.ui line 550 +#: callmapview.cpp:59 partselection.cpp:58 rc.cpp:192 +#, no-c-format +msgid "Name" +msgstr "Name" + +#. i18n: file stackselectionbase.ui line 31 +#: callmapview.cpp:60 callview.cpp:44 instrview.cpp:126 partselection.cpp:59 +#: rc.cpp:333 sourceview.cpp:51 +#, no-c-format +msgid "Cost" +msgstr "Cost" + +#: partselection.cpp:151 +msgid "Profile Part Overview: Current is '%1'" +msgstr "Profile Part Overview: Current is '%1'" + +#: partselection.cpp:287 +msgid "Deselect" +msgstr "Deselect" + +#: partselection.cpp:287 partselection.cpp:311 +msgid "Select" +msgstr "Select" + +#: partselection.cpp:292 +msgid "Select All Parts" +msgstr "Select All Parts" + +#: partselection.cpp:294 +msgid "Visible Parts" +msgstr "Visible Parts" + +#: partselection.cpp:296 +msgid "Hide Selected Parts" +msgstr "Hide Selected Parts" + +#: partselection.cpp:297 +msgid "Unhide Hidden Parts" +msgstr "Unhide Hidden Parts" + +#: partselection.cpp:302 toplevel.cpp:1692 +msgid "Go Back" +msgstr "Go Back" + +#: callgraphview.cpp:2571 partselection.cpp:320 +msgid "Visualization" +msgstr "Visualisation" + +#: partselection.cpp:322 +msgid "Partitioning Mode" +msgstr "Partitioning Mode" + +#: partselection.cpp:323 +msgid "Diagram Mode" +msgstr "Diagram Mode" + +#: partselection.cpp:324 +msgid "Zoom Function" +msgstr "Zoom Function" + +#: partselection.cpp:325 +msgid "Show Direct Calls" +msgstr "Show Direct Calls" + +#: partselection.cpp:326 +msgid "Increment Shown Call Levels" +msgstr "Increment Shown Call Levels" + +#: partselection.cpp:340 +msgid "Draw Names" +msgstr "Draw Names" + +#: partselection.cpp:341 +msgid "Draw Costs" +msgstr "Draw Costs" + +#: callmapview.cpp:303 partselection.cpp:342 +msgid "Ignore Proportions" +msgstr "Ignore Proportions" + +#: partselection.cpp:343 +msgid "Draw Frames" +msgstr "Draw Frames" + +#: callmapview.cpp:304 partselection.cpp:344 treemap.cpp:2887 +msgid "Allow Rotation" +msgstr "Allow Rotation" + +#: partselection.cpp:359 +msgid "Hide Info" +msgstr "Hide Info" + +#: partselection.cpp:361 +msgid "Show Info" +msgstr "Show Info" + +#: partselection.cpp:541 +msgid "(no trace loaded)" +msgstr "(no trace loaded)" + +#: costtypeview.cpp:42 +msgid "Event Type" +msgstr "Event Type" + +#. i18n: file dumpselectionbase.ui line 917 +#: costtypeview.cpp:43 coverageview.cpp:46 partview.cpp:47 rc.cpp:267 +#: rc.cpp:309 +#, no-c-format +msgid "Incl." +msgstr "Incl." + +#. i18n: file functionselectionbase.ui line 62 +#: costtypeview.cpp:44 coverageview.cpp:53 partview.cpp:48 rc.cpp:303 +#: rc.cpp:312 +#, no-c-format +msgid "Self" +msgstr "Self" + +#: costtypeview.cpp:45 +msgid "Short" +msgstr "Short" + +#: costtypeview.cpp:47 +msgid "Formula" +msgstr "Formula" + +#: costtypeview.cpp:81 +msgid "" +"Cost Types List" +"

      This list shows all cost types available and what the self/inclusive cost of " +"the current selected function is for that cost type.

      " +"

      By choosing a cost type from the list, you change the cost type of costs " +"shown all over KCachegrind to be the selected one.

      " +msgstr "" +"Cost Types List" +"

      This list shows all cost types available and what the self/inclusive cost of " +"the current selected function is for that cost type.

      " +"

      By choosing a cost type from the list, you change the cost type of costs " +"shown all over KCachegrind to be the selected one.

      " + +#: costtypeview.cpp:98 +msgid "Set Secondary Event Type" +msgstr "Set Secondary Event Type" + +#: costtypeview.cpp:100 +msgid "Remove Secondary Event Type" +msgstr "Remove Secondary Event Type" + +#: costtypeview.cpp:105 +msgid "Edit Long Name" +msgstr "Edit Long Name" + +#: costtypeview.cpp:106 +msgid "Edit Short Name" +msgstr "Edit Short Name" + +#: costtypeview.cpp:107 +msgid "Edit Formula" +msgstr "Edit Formula" + +#: costtypeview.cpp:115 +msgid "New Cost Type ..." +msgstr "New Cost Type ..." + +#: costtypeview.cpp:149 costtypeview.cpp:154 +#, c-format +msgid "New%1" +msgstr "New%1" + +#: costtypeview.cpp:155 +#, c-format +msgid "New Cost Type %1" +msgstr "New Cost Type %1" + +#: sourceitem.cpp:125 +msgid "Jump %1 of %2 times to %3" +msgstr "Jump %1 of %2 times to %3" + +#: sourceitem.cpp:130 +msgid "Jump %1 times to %2" +msgstr "Jump %1 times to %2" + +#: costlistitem.cpp:60 +#, c-format +msgid "" +"_n: (%n item skipped)\n" +"(%n items skipped)" +msgstr "" +"(%n item skipped)\n" +"(%n items skipped)" + +#: traceitemview.cpp:53 +msgid "No description available" +msgstr "No description available" + +#. i18n: file partselectionbase.ui line 16 +#: rc.cpp:324 toplevel.cpp:281 toplevel.cpp:581 +#, no-c-format +msgid "Parts Overview" +msgstr "Parts Overview" + +#: toplevel.cpp:288 +msgid "" +"The Parts Overview" +"

      A trace consists of multiple trace parts when there are several profile data " +"files from one profile run. The Trace Part Overview dockable shows these, " +"horizontally ordered in execution time; the rectangle sizes are proportional to " +"the total cost spent in the parts. You can select one or several parts to " +"constrain all costs shown to these parts only.

      " +"

      The parts are further subdivided: there is a partitioning and an callee " +"split mode: " +"

        " +"
      • Partitioning: You see the partitioning into groups for a trace part, " +"according to the group type selected. E.g. if ELF object groups are selected, " +"you see colored rectangles for each used ELF object (shared library or " +"executable), sized according to the cost spent therein.
        • " +"
      • Callee: A rectangle showing the inclusive cost of the current selected " +"function in the trace part is shown. This is split up into smaller rectangles " +"to show the costs of its callees.

      " +msgstr "" +"The Parts Overview" +"

      A trace consists of multiple trace parts when there are several profile data " +"files from one profile run. The Trace Part Overview dockable shows these, " +"horizontally ordered in execution time; the rectangle sizes are proportional to " +"the total cost spent in the parts. You can select one or several parts to " +"constrain all costs shown to these parts only.

      " +"

      The parts are further subdivided: there is a partitioning and an callee " +"split mode: " +"

        " +"
      • Partitioning: You see the partitioning into groups for a trace part, " +"according to the group type selected. E.g. if ELF object groups are selected, " +"you see coloured rectangles for each used ELF object (shared library or " +"executable), sized according to the cost spent therein.
        • " +"
      • Callee: A rectangle showing the inclusive cost of the current selected " +"function in the trace part is shown. This is split up into smaller rectangles " +"to show the costs of its callees.

      " + +#: toplevel.cpp:318 +msgid "Top Cost Call Stack" +msgstr "Top Cost Call Stack" + +#: toplevel.cpp:320 +msgid "" +"The Top Cost Call Stack" +"

      This is a purely fictional 'most probable' call stack. It is built up by " +"starting with the current selected function and adds the callers/callees with " +"highest cost at the top and to bottom.

      " +"

      The Cost and Calls columns show the cost used for all calls " +"from the function in the line above.

      " +msgstr "" +"The Top Cost Call Stack" +"

      This is a purely fictional 'most probable' call stack. It is built up by " +"starting with the current selected function and adds the callers/callees with " +"highest cost at the top and to bottom.

      " +"

      The Cost and Calls columns show the cost used for all calls " +"from the function in the line above.

      " + +#: toplevel.cpp:333 +msgid "Flat Profile" +msgstr "Flat Profile" + +#: toplevel.cpp:343 +msgid "" +"The Flat Profile" +"

      The flat profile contains a group and a function selection list. The group " +"list contains all groups where costs are spent in, depending on the chosen " +"group type. The group list is hidden when group type 'Function' is selected." +"

      " +"

      The function list contains the functions of the selected group (or all for " +"'Function' group type), ordered by the costs spent therein. Functions with " +"costs less than 1% are hidden on default.

      " +msgstr "" +"The Flat Profile" +"

      The flat profile contains a group and a function selection list. The group " +"list contains all groups where costs are spent in, depending on the chosen " +"group type. The group list is hidden when group type 'Function' is selected." +"

      " +"

      The function list contains the functions of the selected group (or all for " +"'Function' group type), ordered by the costs spent therein. Functions with " +"costs less than 1% are hidden on default.

      " + +#. i18n: file dumpselectionbase.ui line 16 +#: rc.cpp:84 toplevel.cpp:357 toplevel.cpp:609 +#, no-c-format +msgid "Profile Dumps" +msgstr "Profile Dumps" + +#: toplevel.cpp:367 +msgid "" +"Profile Dumps" +"

      This dockable shows in the top part the list of loadable profile dumps in " +"all subdirectories of: " +"

        " +"
      • current working directory of KCachegrind, i.e. where it was started from, " +"and " +"
      • the default profile dump directory given in the configuration.
      " +"The list is sorted according the the target command profiled in the " +"corresponding dump.

      " +"

      On selecting a profile dump, information for it is shown in the bottom area " +"of the dockable: " +"

        " +"
      • Options allows you to view the profiled command and profile options " +"of this dump. By changing any item, a new (yet unexisting) profile template is " +"created. Press Run Profile to start aprofile run with these options in " +"the background. " +"
      • Info gives detailed info on the selected dump like event cost " +"summary and properties of the simulated cache. " +"
      • State is only available for current happening profiles runs. Press " +"Update to see different counters of the run, and a stack trace of the " +"current position in the program profiled. Check the Every " +"option to let KCachegrind regularly poll these data. Check the Sync " +"option to let the dockable activate the top function in the current loaded " +"dump.

      " +msgstr "" +"Profile Dumps" +"

      This dockable shows in the top part the list of loadable profile dumps in " +"all subdirectories of: " +"

        " +"
      • current working directory of KCachegrind, i.e. where it was started from, " +"and " +"
      • the default profile dump directory given in the configuration.
      " +"The list is sorted according the the target command profiled in the " +"corresponding dump.

      " +"

      On selecting a profile dump, information for it is shown in the bottom area " +"of the dockable: " +"

        " +"
      • Options allows you to view the profiled command and profile options " +"of this dump. By changing any item, a new (yet unexisting) profile template is " +"created. Press Run Profile to start aprofile run with these options in " +"the background. " +"
      • Info gives detailed info on the selected dump like event cost " +"summary and properties of the simulated cache. " +"
      • State is only available for current happening profiles runs. Press " +"Update to see different counters of the run, and a stack trace of the " +"current position in the program profiled. Tick the Every " +"option to let KCachegrind regularly poll these data. Tick the Sync " +"option to let the dockable activate the top function in the current loaded " +"dump.

      " + +#: toplevel.cpp:455 +msgid "&Duplicate" +msgstr "&Duplicate" + +#: toplevel.cpp:459 +msgid "" +"Duplicate Current Layout" +"

      Make a copy of the current layout.

      " +msgstr "" +"Duplicate Current Layout" +"

      Make a copy of the current layout.

      " + +#: toplevel.cpp:466 +msgid "" +"Remove Current Layout" +"

      Delete current layout and make the previous active.

      " +msgstr "" +"Remove Current Layout" +"

      Delete current layout and make the previous active.

      " + +#: toplevel.cpp:470 +msgid "&Go to Next" +msgstr "&Go to Next" + +#: toplevel.cpp:474 +msgid "Go to Next Layout" +msgstr "Go to Next Layout" + +#: toplevel.cpp:477 +msgid "&Go to Previous" +msgstr "&Go to Previous" + +#: toplevel.cpp:481 +msgid "Go to Previous Layout" +msgstr "Go to Previous Layout" + +#: toplevel.cpp:484 +msgid "&Restore to Default" +msgstr "&Restore to Default" + +#: toplevel.cpp:487 +msgid "Restore Layouts to Default" +msgstr "Restore Layouts to Default" + +#: toplevel.cpp:490 +msgid "&Save as Default" +msgstr "&Save as Default" + +#: toplevel.cpp:493 +msgid "Save Layouts as Default" +msgstr "Save Layouts as Default" + +#: toplevel.cpp:504 +msgid "New

      Open new empty KCachegrind window.

      " +msgstr "New

      Open new empty KCachegrind window.

      " + +#: toplevel.cpp:507 +msgid "&Add..." +msgstr "&Add..." + +#: toplevel.cpp:510 +msgid "" +"Add Profile Data" +"

      This opens an additional profile data file in the current window.

      " +msgstr "" +"Add Profile Data" +"

      This opens an additional profile data file in the current window.

      " + +#: toplevel.cpp:522 +msgid "Reload Profile Data

      This loads any new created parts, too.

      " +msgstr "" +"Reload Profile Data" +"

      This loads any new created parts, too.

      " + +#: toplevel.cpp:526 +msgid "&Export Graph" +msgstr "&Export Graph" + +#: toplevel.cpp:530 +msgid "" +"Export Call Graph" +"

      Generates a file with extension .dot for the tools of the GraphViz " +"package.

      " +msgstr "" +"Export Call Graph" +"

      Generates a file with extension .dot for the tools of the GraphViz " +"package.

      " + +#: toplevel.cpp:536 +msgid "&Force Dump" +msgstr "&Force Dump" + +#: toplevel.cpp:545 +msgid "" +"Force Dump" +"

      This forces a dump for a Callgrind profile run in the current directory. " +"This action is checked while KCachegrind looks for the dump. If the dump is " +"finished, it automatically reloads the current trace. If this is the one from " +"the running Callgrind, the new created trace part will be loaded, too.

      " +"

      Force dump creates a file 'callgrind.cmd', and checks every second for its " +"existence. A running Callgrind will detect this file, dump a trace part, and " +"delete 'callgrind.cmd'. The deletion is detected by KCachegrind, and it does a " +"Reload. If there's no Callgrind running, press 'Force Dump' again to " +"cancel the dump request. This deletes 'callgrind.cmd' itself and stops polling " +"for a new dump.

      " +"

      Note: A Callgrind run only detects existence of 'callgrind.cmd' " +"when actively running a few milliseconds, i.e. not " +"sleeping. Tip: For a profiled GUI program, you can awake Callgrind e.g. by " +"resizing a window of the program.

      " +msgstr "" +"Force Dump" +"

      This forces a dump for a Callgrind profile run in the current directory. " +"This action is ticked while KCachegrind looks for the dump. If the dump is " +"finished, it automatically reloads the current trace. If this is the one from " +"the running Callgrind, the new created trace part will be loaded, too.

      " +"

      Force dump creates a file 'callgrind.cmd', and checks every second for its " +"existence. A running Callgrind will detect this file, dump a trace part, and " +"delete 'callgrind.cmd'. The deletion is detected by KCachegrind, and it does a " +"Reload. If there's no Callgrind running, press 'Force Dump' again to " +"cancel the dump request. This deletes 'callgrind.cmd' itself and stops polling " +"for a new dump.

      " +"

      Note: A Callgrind run only detects existence of 'callgrind.cmd' " +"when actively running a few milliseconds, i.e. not " +"sleeping. Tip: For a profiled GUI program, you can awake Callgrind e.g. by " +"resizing a window of the program.

      " + +#: toplevel.cpp:570 +msgid "" +"Open Profile Data" +"

      This opens a profile data file, with possible multiple parts

      " +msgstr "" +"Open Profile Data" +"

      This opens a profile data file, with possible multiple parts

      " + +#: toplevel.cpp:586 +msgid "Show/Hide the Parts Overview Dockable" +msgstr "Show/Hide the Parts Overview Dockable" + +#: toplevel.cpp:590 +msgid "Call Stack" +msgstr "Call Stack" + +#: toplevel.cpp:595 +msgid "Show/Hide the Call Stack Dockable" +msgstr "Show/Hide the Call Stack Dockable" + +#. i18n: file functionselectionbase.ui line 16 +#: rc.cpp:297 toplevel.cpp:599 +#, no-c-format +msgid "Function Profile" +msgstr "Function Profile" + +#: toplevel.cpp:604 +msgid "Show/Hide the Function Profile Dockable" +msgstr "Show/Hide the Function Profile Dockable" + +#: toplevel.cpp:614 +msgid "Show/Hide the Profile Dumps Dockable" +msgstr "Show/Hide the Profile Dumps Dockable" + +#: toplevel.cpp:619 +msgid "Show Relative Costs" +msgstr "Show Relative Costs" + +#: toplevel.cpp:626 +msgid "Show Absolute Costs" +msgstr "Show Absolute Costs" + +#: toplevel.cpp:629 +msgid "Show relative instead of absolute costs" +msgstr "Show relative instead of absolute costs" + +#: toplevel.cpp:633 +msgid "Percentage Relative to Parent" +msgstr "Percentage Relative to Parent" + +#: toplevel.cpp:639 +msgid "Show percentage costs relative to parent" +msgstr "Show percentage costs relative to parent" + +#: toplevel.cpp:643 +msgid "" +"Show percentage costs relative to parent" +"

      If this is switched off, percentage costs are always shown relative to the " +"total cost of the profile part(s) that are currently browsed. By turning on " +"this option, percentage cost of shown cost items will be relative to the parent " +"cost item." +"

        " +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"
        Cost TypeParent Cost
        Function CumulativeTotal
        Function SelfFunction Group (*) / Total
        CallFunction Cumulative
        Source LineFunction Cumulative
        " +"

        (*) Only if function grouping is switched on (e.g. ELF object grouping)." +msgstr "" +"Show percentage costs relative to parent" +"

        If this is switched off, percentage costs are always shown relative to the " +"total cost of the profile part(s) that are currently browsed. By turning on " +"this option, percentage cost of shown cost items will be relative to the parent " +"cost item." +"

          " +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"" +"
          Cost TypeParent Cost
          Function CumulativeTotal
          Function SelfFunction Group (*) / Total
          CallFunction Cumulative
          Source LineFunction Cumulative
          " +"

          (*) Only if function grouping is switched on (e.g. ELF object grouping)." + +#: toplevel.cpp:658 +msgid "Do Cycle Detection" +msgstr "Do Cycle Detection" + +#: toplevel.cpp:664 +msgid "Skip Cycle Detection" +msgstr "Skip Cycle Detection" + +#: toplevel.cpp:667 +msgid "" +"Detect recursive cycles" +"

          If this is switched off, the treemap drawing will show black areas when a " +"recursive call is made instead of drawing the recursion ad infinitum. Note that " +"the size of black areas often will be wrong, as inside recursive cycles the " +"cost of calls cannot be determined; the error is small, however, for false " +"cycles (see documentation)." +"

          The correct handling for cycles is to detect them and collapse all functions " +"of a cycle into a virtual function, which is done when this option is selected. " +"Unfortunately, with GUI applications, this often will lead to huge false " +"cycles, making the analysis impossible; therefore, there is the option to " +"switch this off." +msgstr "" +"Detect recursive cycles" +"

          If this is switched off, the treemap drawing will show black areas when a " +"recursive call is made instead of drawing the recursion ad infinitum. Note that " +"the size of black areas often will be wrong, as inside recursive cycles the " +"cost of calls cannot be determined; the error is small, however, for false " +"cycles (see documentation)." +"

          The correct handling for cycles is to detect them and collapse all functions " +"of a cycle into a virtual function, which is done when this option is selected. " +"Unfortunately, with GUI applications, this often will lead to huge false " +"cycles, making the analysis impossible; therefore, there is the option to " +"switch this off." + +#: toplevel.cpp:689 toplevel.cpp:729 +msgid "Go back in function selection history" +msgstr "Go back in function selection history" + +#: toplevel.cpp:695 toplevel.cpp:741 +msgid "Go forward in function selection history" +msgstr "Go forwards in function selection history" + +#: toplevel.cpp:701 toplevel.cpp:715 +msgid "" +"Go Up" +"

          Go to last selected caller of current function. If no caller was visited, " +"use that with highest cost.

          " +msgstr "" +"Go Up" +"

          Go to last selected caller of current function. If no caller was visited, " +"use that with highest cost.

          " + +#: toplevel.cpp:707 +msgid "&Up" +msgstr "&Up" + +#: toplevel.cpp:746 toplevel.cpp:1651 +msgid "Primary Event Type" +msgstr "Primary Event Type" + +#: toplevel.cpp:748 +msgid "Select primary event type of costs" +msgstr "Select primary event type of costs" + +#: toplevel.cpp:758 toplevel.cpp:1654 +msgid "Secondary Event Type" +msgstr "Secondary Event Type" + +#: toplevel.cpp:760 +msgid "Select secondary event type for cost e.g. shown in annotations" +msgstr "Select secondary event type for cost e.g. shown in annotations" + +#: functionselection.cpp:243 toplevel.cpp:768 +msgid "Grouping" +msgstr "Grouping" + +#: toplevel.cpp:771 +msgid "Select how functions are grouped into higher level cost items" +msgstr "Select how functions are grouped into higher level cost items" + +#: functionselection.cpp:52 toplevel.cpp:777 +msgid "(No Grouping)" +msgstr "(No Grouping)" + +#: toplevel.cpp:787 +msgid "Split" +msgstr "Split" + +#: toplevel.cpp:791 +msgid "Show two information panels" +msgstr "Show two information panels" + +#: toplevel.cpp:795 +msgid "Split Horizontal" +msgstr "Split Horizontal" + +#: toplevel.cpp:800 +msgid "Change Split Orientation when main window is split." +msgstr "Change Split Orientation when main window is split." + +#: toplevel.cpp:808 +msgid "Tip of the &Day..." +msgstr "Tip of the &Day..." + +#: toplevel.cpp:809 +msgid "Show \"Tip of the Day\"" +msgstr "Show \"Tip of the Day\"" + +#: toplevel.cpp:1012 toplevel.cpp:1061 +msgid "" +"cachegrind.out* callgrind.out*|Callgrind Profile Data\n" +"*|All Files" +msgstr "" +"cachegrind.out* callgrind.out*|Callgrind Profile Data\n" +"*|All Files" + +#: toplevel.cpp:1014 +msgid "Select Callgrind Profile Data" +msgstr "Select Callgrind Profile Data" + +#: toplevel.cpp:1063 +msgid "Add Callgrind Profile Data" +msgstr "Add Callgrind Profile Data" + +#: toplevel.cpp:1221 toplevel.cpp:1574 +msgid "(Hidden)" +msgstr "(Hidden)" + +#: toplevel.cpp:1626 +msgid "Hide" +msgstr "Hide" + +#: toplevel.cpp:1659 +msgid "Show Absolute Cost" +msgstr "Show Absolute Cost" + +#: toplevel.cpp:1662 +msgid "Show Relative Cost" +msgstr "Show Relative Cost" + +#: toplevel.cpp:1693 +msgid "Go Forward" +msgstr "Go Forward" + +#: toplevel.cpp:1694 +msgid "Go Up" +msgstr "Go Up" + +#: toplevel.cpp:1926 +#, c-format +msgid "Layout Count: %1" +msgstr "Layout Count: %1" + +#: toplevel.cpp:1933 +msgid "No profile data file loaded." +msgstr "No profile data file loaded." + +#: toplevel.cpp:1942 +msgid "Total %1 Cost: %2" +msgstr "Total %1 Cost: %2" + +#: toplevel.cpp:1954 +msgid "No event type selected" +msgstr "No event type selected" + +#: toplevel.cpp:2199 toplevel.cpp:2235 toplevel.cpp:2271 +msgid "(No Stack)" +msgstr "(No Stack)" + +#: toplevel.cpp:2205 +msgid "(No next function)" +msgstr "(No next function)" + +#: toplevel.cpp:2241 +msgid "(No previous function)" +msgstr "(No previous function)" + +#: toplevel.cpp:2276 +msgid "(No Function Up)" +msgstr "(No Function Up)" + +#. i18n: file dumpselectionbase.ui line 906 +#: instrview.cpp:125 rc.cpp:264 sourceview.cpp:50 +#, no-c-format +msgid "#" +msgstr "No." + +#: callview.cpp:45 instrview.cpp:127 sourceview.cpp:52 +msgid "Cost 2" +msgstr "Cost 2" + +#: instrview.cpp:129 +msgid "Hex" +msgstr "Hex" + +#: instrview.cpp:131 tabview.cpp:313 +msgid "Assembler" +msgstr "Assembler" + +#: instrview.cpp:132 +msgid "Source Position" +msgstr "Source Position" + +#: instrview.cpp:163 +msgid "" +"Annotated Assembler" +"

          The annotated assembler list shows the machine code instructions of the " +"current selected function together with (self) cost spent while executing an " +"instruction. If this is a call instruction, lines with details on the call " +"happening are inserted into the source: the cost spent inside of the call, the " +"number of calls happening, and the call destination.

          " +"

          The disassembler output shown is generated with the 'objdump' utility from " +"the 'binutils' package.

          " +"

          Select a line with call information to make the destination function of this " +"call current.

          " +msgstr "" +"Annotated Assembler" +"

          The annotated assembler list shows the machine code instructions of the " +"current selected function together with (self) cost spent while executing an " +"instruction. If this is a call instruction, lines with details on the call " +"happening are inserted into the source: the cost spent inside of the call, the " +"number of calls happening, and the call destination.

          " +"

          The disassembler output shown is generated with the 'objdump' utility from " +"the 'binutils' package.

          " +"

          Select a line with call information to make the destination function of this " +"call current.

          " + +#: callgraphview.cpp:2397 callgraphview.cpp:2401 callgraphview.cpp:2419 +#: callview.cpp:123 callview.cpp:128 coverageview.cpp:166 instrview.cpp:191 +#: sourceview.cpp:116 +msgid "Go to '%1'" +msgstr "Go to '%1'" + +#: instrview.cpp:195 +#, c-format +msgid "Go to Address %1" +msgstr "Go to Address %1" + +#: instrview.cpp:207 +msgid "Hex Code" +msgstr "Hex Code" + +#: instrview.cpp:426 +msgid "There is no instruction info in the profile data file." +msgstr "There is no instruction info in the profile data file." + +#: instrview.cpp:428 +msgid "For the Valgrind Calltree Skin, rerun with option" +msgstr "For the Valgrind Calltree Skin, rerun with option" + +#: instrview.cpp:429 +msgid " --dump-instr=yes" +msgstr " --dump-instr=yes" + +#: instrview.cpp:430 +msgid "To see (conditional) jumps, additionally specify" +msgstr "To see (conditional) jumps, additionally specify" + +#: instrview.cpp:431 +msgid " --trace-jump=yes" +msgstr " --trace-jump=yes" + +#: instrview.cpp:629 +msgid "There is an error trying to execute the command" +msgstr "There is an error trying to execute the command" + +#: instrview.cpp:634 instrview.cpp:900 +msgid "Check that you have installed 'objdump'." +msgstr "Check that you have installed 'objdump'." + +#: instrview.cpp:636 instrview.cpp:902 +msgid "This utility can be found in the 'binutils' package." +msgstr "This utility can be found in the 'binutils' package." + +#: instrview.cpp:739 +msgid "(No Assembler)" +msgstr "(No Assembler)" + +#: instrview.cpp:875 +#, c-format +msgid "" +"_n: There is %n cost line without assembler code.\n" +"There are %n cost lines without assembler code." +msgstr "" +"There is %n cost line without assembler code.\n" +"There are %n cost lines without assembler code." + +#: instrview.cpp:877 +msgid "This happens because the code of" +msgstr "This happens because the code of" + +#: instrview.cpp:880 +msgid "does not seem to match the profile data file." +msgstr "does not seem to match the profile data file." + +#: instrview.cpp:883 +msgid "Are you using an old profile data file or is the above mentioned" +msgstr "Are you using an old profile data file or is the above mentioned" + +#: instrview.cpp:885 +msgid "ELF object from an updated installation/another machine?" +msgstr "ELF object from an updated installation/another machine?" + +#: instrview.cpp:893 +msgid "There seems to be an error trying to execute the command" +msgstr "There seems to be an error trying to execute the command" + +#: instrview.cpp:898 +msgid "Check that the ELF object used in the command exists." +msgstr "Check that the ELF object used in the command exists." + +#: callgraphview.cpp:306 +#, c-format +msgid "Call(s) from %1" +msgstr "Call(s) from %1" + +#: callgraphview.cpp:307 +#, c-format +msgid "Call(s) to %1" +msgstr "Call(s) to %1" + +#: callgraphview.cpp:308 +msgid "(unknown call)" +msgstr "(unknown call)" + +#: callgraphview.cpp:1425 +msgid "" +"Call Graph around active Function" +"

          Depending on configuration, this view shows the call graph environment of " +"the active function. Note: the shown cost is only " +"the cost which is spent while the active function was actually running; i.e. " +"the cost shown for main() - if it's visible - should be the same as the cost of " +"the active function, as that's the part of inclusive cost of main() spent while " +"the active function was running.

          " +"

          For cycles, blue call arrows indicate that this is an artificial call added " +"for correct drawing which actually never happened.

          " +"

          If the graph is larger than the widget area, an overview panner is shown in " +"one edge. There are similar visualization options to the Call Treemap; the " +"selected function is highlighted." +"

          " +msgstr "" +"Call Graph around active Function" +"

          Depending on configuration, this view shows the call graph environment of " +"the active function. Note: the shown cost is only " +"the cost which is spent while the active function was actually running; i.e. " +"the cost shown for main() - if it's visible - should be the same as the cost of " +"the active function, as that's the part of inclusive cost of main() spent while " +"the active function was running.

          " +"

          For cycles, blue call arrows indicate that this is an artificial call added " +"for correct drawing which actually never happened.

          " +"

          If the graph is larger than the widget area, an overview panner is shown in " +"one edge. There are similar visualising options to the Call Treemap; the " +"selected function is highlighted." +"

          " + +#: callgraphview.cpp:1789 +msgid "" +"Warning: a long lasting graph layouting is in progress.\n" +"Reduce node/edge limits for speedup.\n" +msgstr "" +"Warning: a long lasting graph layouting is in progress.\n" +"Reduce node/edge limits for speedup.\n" + +#: callgraphview.cpp:1792 +msgid "" +"Layouting stopped.\n" +msgstr "" +"Layouting stopped.\n" + +#: callgraphview.cpp:1794 +msgid "" +"The call graph has %1 nodes and %2 edges.\n" +msgstr "" +"The call graph has %1 nodes and %2 edges.\n" + +#: callgraphview.cpp:1827 +msgid "No item activated for which to draw the call graph." +msgstr "No item activated for which to draw the call graph." + +#: callgraphview.cpp:1838 +msgid "No call graph can be drawn for the active item." +msgstr "No call graph can be drawn for the active item." + +#: callgraphview.cpp:1867 +msgid "" +"No call graph is available because the following\n" +"command cannot be run:\n" +"'%1'\n" +msgstr "" +"No call graph is available because the following\n" +"command cannot be run:\n" +"'%1'\n" + +#: callgraphview.cpp:1870 callgraphview.cpp:2200 +msgid "Please check that 'dot' is installed (package GraphViz)." +msgstr "Please check that 'dot' is installed (package GraphViz)." + +#: callgraphview.cpp:2199 +msgid "" +"Error running the graph layouting tool.\n" +msgstr "" +"Error running the graph layouting tool.\n" + +#: callgraphview.cpp:2207 +msgid "" +"There is no call graph available for function\n" +"\t'%1'\n" +"because it has no cost of the selected event type." +msgstr "" +"There is no call graph available for function\n" +"\t'%1'\n" +"because it has no cost of the selected event type." + +#: callgraphview.cpp:2428 +msgid "Stop Layouting" +msgstr "Stop Layouting" + +#: callgraphview.cpp:2436 +msgid "As PostScript" +msgstr "As PostScript" + +#: callgraphview.cpp:2437 +msgid "As Image ..." +msgstr "As Image ..." + +#: callgraphview.cpp:2439 +msgid "Export Graph" +msgstr "Export Graph" + +#: callgraphview.cpp:2444 callgraphview.cpp:2467 +msgid "Unlimited" +msgstr "Unlimited" + +#: callgraphview.cpp:2447 callgraphview.cpp:2470 +msgid "None" +msgstr "None" + +#: callgraphview.cpp:2448 callgraphview.cpp:2471 +msgid "max. 2" +msgstr "max. 2" + +#: callgraphview.cpp:2449 callgraphview.cpp:2472 +msgid "max. 5" +msgstr "max. 5" + +#: callgraphview.cpp:2450 callgraphview.cpp:2473 +msgid "max. 10" +msgstr "max. 10" + +#: callgraphview.cpp:2451 callgraphview.cpp:2474 +msgid "max. 15" +msgstr "max. 15" + +#: callgraphview.cpp:2461 callgraphview.cpp:2484 +#, c-format +msgid "< %1" +msgstr "< %1" + +#: callgraphview.cpp:2490 +msgid "No Minimum" +msgstr "No Minimum" + +#: callgraphview.cpp:2494 +#, c-format +msgid "50 %" +msgstr "50 %" + +#: callgraphview.cpp:2495 +#, c-format +msgid "20 %" +msgstr "20 %" + +#: callgraphview.cpp:2496 +#, c-format +msgid "10 %" +msgstr "10 %" + +#: callgraphview.cpp:2497 +#, c-format +msgid "5 %" +msgstr "5 %" + +#: callgraphview.cpp:2498 +#, c-format +msgid "3 %" +msgstr "3 %" + +#: callgraphview.cpp:2499 +#, c-format +msgid "2 %" +msgstr "2 %" + +#: callgraphview.cpp:2500 +#, c-format +msgid "1.5 %" +msgstr "1.5 %" + +#: callgraphview.cpp:2501 +#, c-format +msgid "1 %" +msgstr "1 %" + +#: callgraphview.cpp:2517 +msgid "Same as Node" +msgstr "Same as Node" + +#: callgraphview.cpp:2518 +#, c-format +msgid "50 % of Node" +msgstr "50 % of Node" + +#: callgraphview.cpp:2519 +#, c-format +msgid "20 % of Node" +msgstr "20 % of Node" + +#: callgraphview.cpp:2520 +#, c-format +msgid "10 % of Node" +msgstr "10 % of Node" + +#: callgraphview.cpp:2530 +msgid "Caller Depth" +msgstr "Caller Depth" + +#: callgraphview.cpp:2531 +msgid "Callee Depth" +msgstr "Callee Depth" + +#: callgraphview.cpp:2532 +msgid "Min. Node Cost" +msgstr "Min. Node Cost" + +#: callgraphview.cpp:2533 +msgid "Min. Call Cost" +msgstr "Min. Call Cost" + +#: callgraphview.cpp:2535 +msgid "Arrows for Skipped Calls" +msgstr "Arrows for Skipped Calls" + +#: callgraphview.cpp:2537 +msgid "Inner-cycle Calls" +msgstr "Inner-cycle Calls" + +#: callgraphview.cpp:2539 +msgid "Cluster Groups" +msgstr "Cluster Groups" + +#: callgraphview.cpp:2544 +msgid "Compact" +msgstr "Compact" + +#: callgraphview.cpp:2545 +msgid "Normal" +msgstr "Normal" + +#: callgraphview.cpp:2546 +msgid "Tall" +msgstr "Tall" + +#: callgraphview.cpp:2551 +msgid "Top to Down" +msgstr "Top to Down" + +#: callgraphview.cpp:2552 +msgid "Left to Right" +msgstr "Left to Right" + +#: callgraphview.cpp:2553 +msgid "Circular" +msgstr "Circular" + +#: callgraphview.cpp:2559 +msgid "TopLeft" +msgstr "TopLeft" + +#: callgraphview.cpp:2560 +msgid "TopRight" +msgstr "TopRight" + +#: callgraphview.cpp:2561 +msgid "BottomLeft" +msgstr "BottomLeft" + +#: callgraphview.cpp:2562 +msgid "BottomRight" +msgstr "BottomRight" + +#. i18n: file configdlgbase.ui line 246 +#: callgraphview.cpp:2563 rc.cpp:42 rc.cpp:51 rc.cpp:54 +#, no-c-format +msgid "Automatic" +msgstr "Automatic" + +#: callgraphview.cpp:2570 +msgid "Graph" +msgstr "Graph" + +#: callgraphview.cpp:2572 +msgid "Birds-eye View" +msgstr "Birds-eye View" + +#: _translatorinfo.cpp:1 +msgid "" +"_: NAME OF TRANSLATORS\n" +"Your names" +msgstr "Jonathan Riddell" + +#: _translatorinfo.cpp:3 +msgid "" +"_: EMAIL OF TRANSLATORS\n" +"Your emails" +msgstr "kde-en-gb@jriddell.org" + +#: coverageitem.cpp:65 coverageitem.cpp:205 functionitem.cpp:72 +#, c-format +msgid "" +"_n: (%n function skipped)\n" +"(%n functions skipped)" +msgstr "" +"(%n function skipped)\n" +"(%n functions skipped)" + +#: main.cpp:38 +msgid "Run under cachegrind" +msgstr "Run under cachegrind" + +#: main.cpp:39 +msgid "Show information of this trace" +msgstr "Show information of this trace" + +#: main.cpp:46 +msgid "KCachegrind" +msgstr "KCachegrind" + +#: main.cpp:48 +msgid "KDE Frontend for Cachegrind" +msgstr "KDE Frontend for Cachegrind" + +#: main.cpp:50 +msgid "(C) 2002, 2003, 2004" +msgstr "(C) 2002, 2003, 2004" + +#: main.cpp:53 +msgid "Author/Maintainer" +msgstr "Author/Maintainer" + +#: tabview.cpp:64 +msgid "Move to Top" +msgstr "Move to Top" + +#: tabview.cpp:68 +msgid "Move to Right" +msgstr "Move to Right" + +#: tabview.cpp:72 +msgid "Move to Bottom" +msgstr "Move to Bottom" + +#: tabview.cpp:76 +msgid "Move to Bottom Left" +msgstr "Move to Bottom Left" + +#: tabview.cpp:77 tabview.cpp:94 treemap.cpp:2908 +msgid "Bottom Left" +msgstr "Bottom Left" + +#: tabview.cpp:79 +msgid "Move Area To" +msgstr "Move Area To" + +#: tabview.cpp:81 +msgid "Hide This Tab" +msgstr "Hide This Tab" + +#: tabview.cpp:82 +msgid "Hide Area" +msgstr "Hide Area" + +#: tabview.cpp:95 +msgid "Show Hidden On" +msgstr "Show Hidden On" + +#: tabview.cpp:242 +msgid "(No profile data file loaded)" +msgstr "(No profile data file loaded)" + +#: tabview.cpp:281 +msgid "Types" +msgstr "Types" + +#: tabview.cpp:284 +msgid "Callers" +msgstr "Callers" + +#: tabview.cpp:287 +msgid "All Callers" +msgstr "All Callers" + +#: tabview.cpp:290 +msgid "Caller Map" +msgstr "Caller Map" + +#: tabview.cpp:293 +msgid "Source" +msgstr "Source" + +#: tabview.cpp:297 +msgid "Parts" +msgstr "Parts" + +#: tabview.cpp:300 +msgid "Call Graph" +msgstr "Call Graph" + +#: tabview.cpp:303 +msgid "Callees" +msgstr "Callees" + +#: tabview.cpp:306 +msgid "All Callees" +msgstr "All Callees" + +#: tabview.cpp:310 +msgid "Callee Map" +msgstr "Callee Map" + +#: tabview.cpp:553 +msgid "" +"Information Tabs" +"

          This widget shows information for the current selected function in different " +"tabs: " +"

            " +"
          • The Costs tab shows a list of available event types and the inclusive and " +"self costs regarding to these types.
            • " +"
          • The Parts tab shows a list of trace parts if the trace consists of more " +"than one part (otherwise, this tab is hided). The cost of the selected function " +"spent in the different parts together with the calls happening is shown.
            • " +"
          • The Call Lists tab shows direct callers and callees of the function in more " +"detail.
            • " +"
          • The Coverage tab shows the same is the Call Lists tab, but not only direct " +"callers and callees but also indirect ones.
            • " +"
          • The Call Graph tab shows a graphical visualization of the calls done by " +"this function.
            • " +"
          • The Source tab presents annotated source code if debugging information and " +"the source file is available.
            • " +"
          • The Assembler tab presents annotated assembler code if trace information on " +"instruction level is available.
          For more information, see the " +"What's This? help of the corresponding tab widget

          " +msgstr "" +"Information Tabs" +"

          This widget shows information for the currently selected function in " +"different tabs: " +"

            " +"
          • The Costs tab shows a list of available event types and the inclusive and " +"self costs associated with these types.
            • " +"
          • The Parts tab shows a list of trace parts if the trace consists of more " +"than one part (otherwise this tab is hidden). The cost of the selected function " +"spent in the different parts, together with the calls that are taking place, is " +"shown.
            • " +"
          • The Call Lists tab shows direct callers and callees of the function in more " +"detail.
            • " +"
          • The Coverage tab shows the same as the Call Lists tab, but shows indirect " +"as well as direct callers and callees.
            • " +"
          • The Call Graph tab shows a graphical visualisation of the calls made by " +"this function.
            • " +"
          • The Source tab presents annotated source code if debugging information and " +"the source file is available.
            • " +"
          • The Assembler tab presents annotated assembler code if trace information at " +"instruction level is available.
          For more information, see the " +"What's This? help of the corresponding tab widget

          " + +#: tabview.cpp:630 +msgid "(No Data loaded)" +msgstr "(No Data loaded)" + +#: tabview.cpp:631 +msgid "(No function selected)" +msgstr "(No function selected)" + +#: sourceview.cpp:54 sourceview.cpp:554 +msgid "Source (unknown)" +msgstr "Source (unknown)" + +#: sourceview.cpp:89 +msgid "" +"Annotated Source" +"

          The annotated source list shows the source lines of the current selected " +"function together with (self) cost spent while executing the code of this " +"source line. If there was a call in a source line, lines with details on the " +"call happening are inserted into the source: the cost spent inside of the call, " +"the number of calls happening, and the call destination.

          " +"

          Select a inserted call information line to make the destination function " +"current.

          " +msgstr "" +"Annotated Source" +"

          The annotated source list shows the source lines of the current selected " +"function together with (self) cost spent while executing the code of this " +"source line. If there was a call in a source line, lines with details on the " +"call happening are inserted into the source: the cost spent inside of the call, " +"the number of calls happening, and the call destination.

          " +"

          Select a inserted call information line to make the destination function " +"current.

          " + +#: sourceview.cpp:120 +#, c-format +msgid "Go to Line %1" +msgstr "Go to Line %1" + +#: sourceview.cpp:293 +msgid "(No Source)" +msgstr "(No Source)" + +#: sourceview.cpp:512 +msgid "There is no cost of current selected type associated" +msgstr "There is no cost of current selected type associated" + +#: sourceview.cpp:514 +msgid "with any source line of this function in file" +msgstr "with any source line of this function in file" + +#: sourceview.cpp:518 +msgid "Thus, no annotated source can be shown." +msgstr "Thus, no annotated source can be shown." + +#: sourceview.cpp:553 +msgid "Source ('%1')" +msgstr "Source ('%1')" + +#: sourceview.cpp:559 +msgid "--- Inlined from '%1' ---" +msgstr "--- Inlined from '%1' ---" + +#: sourceview.cpp:560 +msgid "--- Inlined from unknown source ---" +msgstr "--- Inlined from unknown source ---" + +#: sourceview.cpp:565 +msgid "There is no source available for the following function:" +msgstr "There is no source available for the following function:" + +#: sourceview.cpp:570 +msgid "This is because no debug information is present." +msgstr "This is because no debug information is present." + +#: sourceview.cpp:572 +msgid "Recompile source and redo the profile run." +msgstr "Recompile source and redo the profile run." + +#: sourceview.cpp:575 +msgid "The function is located in this ELF object:" +msgstr "The function is located in this ELF object:" + +#: sourceview.cpp:583 +msgid "This is because its source file cannot be found:" +msgstr "This is because its source file cannot be found:" + +#: sourceview.cpp:587 +msgid "Add the folder of this file to the source folder list." +msgstr "Add the folder of this file to the source folder list." + +#: sourceview.cpp:589 +msgid "The list can be found in the configuration dialog." +msgstr "The list can be found in the configuration dialogue." + +#: partlistitem.cpp:49 +msgid " (Thread %1)" +msgstr " (Thread %1)" + +#: partlistitem.cpp:56 +msgid "(none)" +msgstr "(none)" + +#: callitem.cpp:82 partlistitem.cpp:152 +msgid "(active)" +msgstr "(active)" + +#: functionselection.cpp:176 +#, c-format +msgid "Go to %1" +msgstr "Go to %1" + +#: functionselection.cpp:203 +msgid "Show All Items" +msgstr "Show All Items" + +#: functionselection.cpp:226 +msgid "No Grouping" +msgstr "No Grouping" + +#: coverageview.cpp:48 coverageview.cpp:54 +msgid "Distance" +msgstr "Distance" + +#. i18n: file dumpselectionbase.ui line 928 +#: coverageview.cpp:49 partview.cpp:49 rc.cpp:270 rc.cpp:315 +#, no-c-format +msgid "Called" +msgstr "Called" + +#: callview.cpp:48 coverageview.cpp:50 +msgid "Caller" +msgstr "Caller" + +#: coverageview.cpp:55 +msgid "Calling" +msgstr "Calling" + +#: callview.cpp:52 coverageview.cpp:56 +msgid "Callee" +msgstr "Callee" + +#: coverageview.cpp:90 +msgid "" +"List of all Callers" +"

          This list shows all functions calling the current selected one, either " +"directly or with several functions in-between on the stack; the number of " +"functions in-between plus one is called the Distance " +"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " +"calls C, i.e. A => B => C. The distance here is 2).

          " +"

          Absolute cost shown is the cost spent in the selected function while a " +"listed function is active; relative cost is the percentage of all cost spent in " +"the selected function while the listed one is active. The cost graphic shows " +"logarithmic percentage with a different color for each distance.

          " +"

          As there can be many calls from the same function, the distance column " +"sometimes shows the range of distances for all calls happening; then, in " +"parentheses, there is the medium distance, i.e. the distance where most of the " +"call costs happened.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " +msgstr "" +"List of all Callers" +"

          This list shows all functions calling the current selected one, either " +"directly or with several functions in-between on the stack; the number of " +"functions in-between plus one is called the Distance " +"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " +"calls C, i.e. A => B => C. The distance here is 2).

          " +"

          Absolute cost shown is the cost spent in the selected function while a " +"listed function is active; relative cost is the percentage of all cost spent in " +"the selected function while the listed one is active. The cost graphic shows " +"logarithmic percentage with a different colour for each distance.

          " +"

          As there can be many calls from the same function, the distance column " +"sometimes shows the range of distances for all calls happening; then, in " +"brackets, there is the medium distance, i.e. the distance where most of the " +"call costs happened.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " + +#: coverageview.cpp:120 +msgid "" +"List of all Callees" +"

          This list shows all functions called by the current selected one, either " +"directly or with several function in-between on the stack; the number of " +"function in-between plus one is called the Distance " +"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " +"calls C, i.e. A => B => C. The distance here is 2).

          " +"

          Absolute cost shown is the cost spent in the listed function while the " +"selected is active; relative cost is the percentage of all cost spent in the " +"listed function while the selected one is active. The cost graphic always shows " +"logarithmic percentage with a different color for each distance.

          " +"

          As there can be many calls to the same function, the distance column " +"sometimes shows the range of distances for all calls happening; then, in " +"parentheses, there is the medium distance, i.e. the distance where most of the " +"call costs happened.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " +msgstr "" +"List of all Callees" +"

          This list shows all functions called by the current selected one, either " +"directly or with several function in-between on the stack; the number of " +"function in-between plus one is called the Distance " +"(e.g. for function A,B,C there exists a call from A to C when A calls B and B " +"calls C, i.e. A => B => C. The distance here is 2).

          " +"

          Absolute cost shown is the cost spent in the listed function while the " +"selected is active; relative cost is the percentage of all cost spent in the " +"listed function while the selected one is active. The cost graphic always shows " +"logarithmic percentage with a different colour for each distance.

          " +"

          As there can be many calls to the same function, the distance column " +"sometimes shows the range of distances for all calls happening; then, in " +"brackets, there is the medium distance, i.e. the distance where most of the " +"call costs happened.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " + +#: configuration.cpp:63 +msgid "Instruction Fetch" +msgstr "Instruction Fetch" + +#: configuration.cpp:64 +msgid "Data Read Access" +msgstr "Data Read Access" + +#: configuration.cpp:65 +msgid "Data Write Access" +msgstr "Data Write Access" + +#: configuration.cpp:66 +msgid "L1 Instr. Fetch Miss" +msgstr "L1 Instr. Fetch Miss" + +#: configuration.cpp:67 +msgid "L1 Data Read Miss" +msgstr "L1 Data Read Miss" + +#: configuration.cpp:68 +msgid "L1 Data Write Miss" +msgstr "L1 Data Write Miss" + +#: configuration.cpp:69 +msgid "L2 Instr. Fetch Miss" +msgstr "L2 Instr. Fetch Miss" + +#: configuration.cpp:70 +msgid "L2 Data Read Miss" +msgstr "L2 Data Read Miss" + +#: configuration.cpp:71 +msgid "L2 Data Write Miss" +msgstr "L2 Data Write Miss" + +#: configuration.cpp:72 +msgid "Samples" +msgstr "Samples" + +#: configuration.cpp:73 +msgid "System Time" +msgstr "System Time" + +#: configuration.cpp:74 +msgid "User Time" +msgstr "User Time" + +#: configuration.cpp:75 +msgid "L1 Miss Sum" +msgstr "L1 Miss Sum" + +#: configuration.cpp:76 +msgid "L2 Miss Sum" +msgstr "L2 Miss Sum" + +#: configuration.cpp:77 +msgid "Cycle Estimation" +msgstr "Cycle Estimation" + +#. i18n: file tdecachegrindui.rc line 15 +#: rc.cpp:9 +#, no-c-format +msgid "&Layout" +msgstr "&Layout" + +#. i18n: file tdecachegrindui.rc line 32 +#: rc.cpp:12 +#, no-c-format +msgid "Sidebars" +msgstr "Sidebars" + +#. i18n: file tdecachegrindui.rc line 54 +#: rc.cpp:18 +#, no-c-format +msgid "State Toolbar" +msgstr "State Toolbar" + +#. i18n: file configdlgbase.ui line 37 +#: rc.cpp:24 +#, no-c-format +msgid "General" +msgstr "General" + +#. i18n: file configdlgbase.ui line 69 +#: rc.cpp:27 +#, no-c-format +msgid "Truncated when more/longer than:" +msgstr "Truncated when more/longer than:" + +#. i18n: file configdlgbase.ui line 77 +#: rc.cpp:30 +#, no-c-format +msgid "Precision of percentage values:" +msgstr "Precision of percentage values:" + +#. i18n: file configdlgbase.ui line 85 +#: rc.cpp:33 +#, no-c-format +msgid "Symbols in tooltips and context menus" +msgstr "Symbols in tooltips and context menus" + +#. i18n: file configdlgbase.ui line 141 +#: rc.cpp:36 +#, no-c-format +msgid "Maximum number of items in lists:" +msgstr "Maximum number of items in lists:" + +#. i18n: file configdlgbase.ui line 162 +#: rc.cpp:39 +#, no-c-format +msgid "Cost Item Colors" +msgstr "Cost Item Colours" + +#. i18n: file configdlgbase.ui line 254 +#: rc.cpp:45 +#, no-c-format +msgid "Object:" +msgstr "Object:" + +#. i18n: file configdlgbase.ui line 262 +#: rc.cpp:48 +#, no-c-format +msgid "Class:" +msgstr "Class:" + +#. i18n: file configdlgbase.ui line 310 +#: rc.cpp:57 +#, no-c-format +msgid "File:" +msgstr "File:" + +#. i18n: file configdlgbase.ui line 376 +#: rc.cpp:60 +#, no-c-format +msgid "Annotations" +msgstr "Annotations" + +#. i18n: file configdlgbase.ui line 395 +#: rc.cpp:63 +#, no-c-format +msgid "Context lines in annotations:" +msgstr "Context lines in annotations:" + +#. i18n: file configdlgbase.ui line 423 +#: rc.cpp:66 +#, no-c-format +msgid "Source Folders" +msgstr "Source Folders" + +#. i18n: file configdlgbase.ui line 454 +#: rc.cpp:69 +#, no-c-format +msgid "Object / Related Source Base" +msgstr "Object / Related Source Base" + +#. i18n: file configdlgbase.ui line 483 +#: rc.cpp:72 +#, no-c-format +msgid "Add..." +msgstr "Add..." + +#. i18n: file dumpselectionbase.ui line 32 +#: rc.cpp:87 +#, no-c-format +msgid "Target" +msgstr "Target" + +#. i18n: file dumpselectionbase.ui line 54 +#: rc.cpp:90 +#, no-c-format +msgid "Time" +msgstr "Time" + +#. i18n: file dumpselectionbase.ui line 65 +#: rc.cpp:93 +#, no-c-format +msgid "Path" +msgstr "Path" + +#. i18n: file dumpselectionbase.ui line 106 +#: rc.cpp:99 +#, no-c-format +msgid "Target command:" +msgstr "Target command:" + +#. i18n: file dumpselectionbase.ui line 119 +#: rc.cpp:102 +#, no-c-format +msgid "Profiler options:" +msgstr "Profiler options:" + +#. i18n: file dumpselectionbase.ui line 125 +#: rc.cpp:105 +#, no-c-format +msgid "Option" +msgstr "Option" + +#. i18n: file dumpselectionbase.ui line 136 +#: rc.cpp:108 rc.cpp:219 +#, no-c-format +msgid "Value" +msgstr "Value" + +#. i18n: file dumpselectionbase.ui line 147 +#: rc.cpp:111 +#, no-c-format +msgid "Trace" +msgstr "Trace" + +#. i18n: file dumpselectionbase.ui line 160 +#: rc.cpp:114 rc.cpp:237 +#, no-c-format +msgid "Jumps" +msgstr "Jumps" + +#. i18n: file dumpselectionbase.ui line 174 +#: rc.cpp:117 +#, no-c-format +msgid "Instructions" +msgstr "Instructions" + +#. i18n: file dumpselectionbase.ui line 189 +#: rc.cpp:120 rc.cpp:240 +#, no-c-format +msgid "Events" +msgstr "Events" + +#. i18n: file dumpselectionbase.ui line 202 +#: rc.cpp:123 +#, no-c-format +msgid "Full Cache" +msgstr "Full Cache" + +#. i18n: file dumpselectionbase.ui line 216 +#: rc.cpp:126 +#, no-c-format +msgid "Custom" +msgstr "Custom" + +#. i18n: file dumpselectionbase.ui line 231 +#: rc.cpp:129 +#, no-c-format +msgid "Collect" +msgstr "Collect" + +#. i18n: file dumpselectionbase.ui line 244 +#: rc.cpp:132 +#, no-c-format +msgid "At Startup" +msgstr "At Startup" + +#. i18n: file dumpselectionbase.ui line 258 +#: rc.cpp:135 +#, no-c-format +msgid "While In" +msgstr "While In" + +#. i18n: file dumpselectionbase.ui line 273 +#: rc.cpp:138 +#, no-c-format +msgid "Skip" +msgstr "Skip" + +#. i18n: file dumpselectionbase.ui line 286 +#: rc.cpp:141 +#, no-c-format +msgid "PLT" +msgstr "PLT" + +#. i18n: file dumpselectionbase.ui line 315 +#: rc.cpp:147 +#, no-c-format +msgid "Dump Profile" +msgstr "Dump Profile" + +#. i18n: file dumpselectionbase.ui line 328 +#: rc.cpp:150 +#, no-c-format +msgid "Every BBs" +msgstr "Every BBs" + +#. i18n: file dumpselectionbase.ui line 342 +#: rc.cpp:153 rc.cpp:162 +#, no-c-format +msgid "On Entering" +msgstr "On Entering" + +#. i18n: file dumpselectionbase.ui line 356 +#: rc.cpp:156 +#, no-c-format +msgid "On Leaving" +msgstr "On Leaving" + +#. i18n: file dumpselectionbase.ui line 371 +#: rc.cpp:159 +#, no-c-format +msgid "Zero Events" +msgstr "Zero Events" + +#. i18n: file dumpselectionbase.ui line 399 +#: rc.cpp:165 +#, no-c-format +msgid "Separate" +msgstr "Separate" + +#. i18n: file dumpselectionbase.ui line 412 +#: rc.cpp:168 +#, no-c-format +msgid "Threads" +msgstr "Threads" + +#. i18n: file dumpselectionbase.ui line 426 +#: rc.cpp:171 +#, no-c-format +msgid "Recursions" +msgstr "Recursions" + +#. i18n: file dumpselectionbase.ui line 440 +#: rc.cpp:174 +#, no-c-format +msgid "Call Chain" +msgstr "Call Chain" + +#. i18n: file dumpselectionbase.ui line 470 +#: rc.cpp:177 +#, no-c-format +msgid "Custom profiler options:" +msgstr "Custom profiler options:" + +#. i18n: file dumpselectionbase.ui line 508 +#: rc.cpp:180 +#, no-c-format +msgid "Run New Profile" +msgstr "Run New Profile" + +#. i18n: file dumpselectionbase.ui line 520 +#: rc.cpp:183 +#, no-c-format +msgid "Info" +msgstr "Info" + +#. i18n: file dumpselectionbase.ui line 531 +#: rc.cpp:186 +#, no-c-format +msgid "Dump reason:" +msgstr "Dump reason:" + +#. i18n: file dumpselectionbase.ui line 544 +#: rc.cpp:189 +#, no-c-format +msgid "Event summary:" +msgstr "Event summary:" + +#. i18n: file dumpselectionbase.ui line 561 +#: rc.cpp:195 +#, no-c-format +msgid "Sum" +msgstr "Sum" + +#. i18n: file dumpselectionbase.ui line 579 +#: rc.cpp:198 +#, no-c-format +msgid "Miscellaneous:" +msgstr "Miscellaneous:" + +#. i18n: file dumpselectionbase.ui line 617 +#: rc.cpp:201 +#, no-c-format +msgid "Show" +msgstr "Show" + +#. i18n: file dumpselectionbase.ui line 625 +#: rc.cpp:204 +#, no-c-format +msgid "Compare" +msgstr "Compare" + +#. i18n: file dumpselectionbase.ui line 637 +#: rc.cpp:207 +#, no-c-format +msgid "State" +msgstr "State" + +#. i18n: file dumpselectionbase.ui line 656 +#: rc.cpp:210 +#, no-c-format +msgid "Update" +msgstr "Update" + +#. i18n: file dumpselectionbase.ui line 664 +#: rc.cpp:213 +#, no-c-format +msgid "Every [s]:" +msgstr "Every [s]:" + +#. i18n: file dumpselectionbase.ui line 677 +#: rc.cpp:216 +#, no-c-format +msgid "Counter" +msgstr "Counter" + +#. i18n: file dumpselectionbase.ui line 699 +#: rc.cpp:222 +#, no-c-format +msgid "Dumps Done" +msgstr "Dumps Done" + +#. i18n: file dumpselectionbase.ui line 713 +#: rc.cpp:225 +#, no-c-format +msgid "Is Collecting" +msgstr "Is Collecting" + +#. i18n: file dumpselectionbase.ui line 727 +#: rc.cpp:228 +#, no-c-format +msgid "Executed" +msgstr "Executed" + +#. i18n: file dumpselectionbase.ui line 740 +#: rc.cpp:231 +#, no-c-format +msgid "Basic Blocks" +msgstr "Basic Blocks" + +#. i18n: file dumpselectionbase.ui line 754 +#: callmapview.cpp:63 rc.cpp:234 rc.cpp:339 +#, no-c-format +msgid "Calls" +msgstr "Calls" + +#. i18n: file dumpselectionbase.ui line 796 +#: rc.cpp:243 +#, no-c-format +msgid "Ir" +msgstr "Ir" + +#. i18n: file dumpselectionbase.ui line 811 +#: rc.cpp:246 +#, no-c-format +msgid "Distinct" +msgstr "Distinct" + +#. i18n: file dumpselectionbase.ui line 824 +#: configdlg.cpp:58 rc.cpp:249 +#, no-c-format +msgid "ELF Objects" +msgstr "ELF Objects" + +#. i18n: file dumpselectionbase.ui line 838 +#: rc.cpp:252 +#, no-c-format +msgid "Functions" +msgstr "Functions" + +#. i18n: file dumpselectionbase.ui line 852 +#: rc.cpp:255 +#, no-c-format +msgid "Contexts" +msgstr "Contexts" + +#. i18n: file dumpselectionbase.ui line 890 +#: rc.cpp:258 +#, no-c-format +msgid "Stack trace:" +msgstr "Stack trace:" + +#. i18n: file dumpselectionbase.ui line 898 +#: rc.cpp:261 +#, no-c-format +msgid "Sync." +msgstr "Sync." + +#. i18n: file dumpselectionbase.ui line 950 +#: callmapview.cpp:61 rc.cpp:276 rc.cpp:321 +#, no-c-format +msgid "Location" +msgstr "Location" + +#. i18n: file dumpselectionbase.ui line 976 +#: rc.cpp:279 +#, no-c-format +msgid "Start" +msgstr "Start" + +#. i18n: file dumpselectionbase.ui line 1001 +#: rc.cpp:282 +#, no-c-format +msgid "Zero" +msgstr "Zero" + +#. i18n: file dumpselectionbase.ui line 1009 +#: rc.cpp:285 +#, no-c-format +msgid "Dump" +msgstr "Dump" + +#. i18n: file dumpselectionbase.ui line 1021 +#: rc.cpp:288 +#, no-c-format +msgid "Messages" +msgstr "Messages" + +#. i18n: file dumpselectionbase.ui line 1045 +#: rc.cpp:291 +#, no-c-format +msgid "Kill Run" +msgstr "Kill Run" + +#. i18n: file functionselectionbase.ui line 41 +#: rc.cpp:300 +#, no-c-format +msgid "&Search:" +msgstr "&Search:" + +#. i18n: file functionselectionbase.ui line 73 +#: rc.cpp:306 +#, no-c-format +msgid "Group" +msgstr "Group" + +#. i18n: file partselectionbase.ui line 60 +#: rc.cpp:327 +#, no-c-format +msgid "(no trace parts)" +msgstr "(no trace parts)" + +#. i18n: file stackselectionbase.ui line 16 +#: rc.cpp:330 +#, no-c-format +msgid "Stack Selection" +msgstr "Stack Selection" + +#. i18n: file stackselectionbase.ui line 42 +#: rc.cpp:336 +#, no-c-format +msgid "Cost2" +msgstr "Cost2" + +#: treemap.cpp:1281 +#, c-format +msgid "Text %1" +msgstr "Text %1" + +#: treemap.cpp:2809 +msgid "Recursive Bisection" +msgstr "Recursive Bisection" + +#: treemap.cpp:2810 +msgid "Columns" +msgstr "Columns" + +#: treemap.cpp:2811 +msgid "Rows" +msgstr "Rows" + +#: treemap.cpp:2812 +msgid "Always Best" +msgstr "Always Best" + +#: treemap.cpp:2813 +msgid "Best" +msgstr "Best" + +#: treemap.cpp:2814 +msgid "Alternate (V)" +msgstr "Alternate (V)" + +#: treemap.cpp:2815 +msgid "Alternate (H)" +msgstr "Alternate (H)" + +#: treemap.cpp:2872 +msgid "Nesting" +msgstr "Nesting" + +#: treemap.cpp:2875 +msgid "Correct Borders Only" +msgstr "Correct Borders Only" + +#: treemap.cpp:2877 treemap.cpp:2878 treemap.cpp:2879 treemap.cpp:2880 +#, c-format +msgid "Width %1" +msgstr "Width %1" + +#: callmapview.cpp:321 treemap.cpp:2889 +msgid "Shading" +msgstr "Shading" + +#: treemap.cpp:2902 +msgid "Visible" +msgstr "Visible" + +#: treemap.cpp:2903 +msgid "Take Space From Children" +msgstr "Take Space From Children" + +#: treemap.cpp:2905 +msgid "Top Left" +msgstr "Top Left" + +#: treemap.cpp:2906 +msgid "Top Center" +msgstr "Top Centre" + +#: treemap.cpp:2907 +msgid "Top Right" +msgstr "Top Right" + +#: treemap.cpp:2909 +msgid "Bottom Center" +msgstr "Bottom Centre" + +#: treemap.cpp:2910 +msgid "Bottom Right" +msgstr "Bottom Right" + +#: treemap.cpp:2987 +msgid "No %1 Limit" +msgstr "No %1 Limit" + +#: callmapview.cpp:243 treemap.cpp:3039 +msgid "No Area Limit" +msgstr "No Area Limit" + +#: callmapview.cpp:258 treemap.cpp:3045 +msgid "Area of '%1' (%2)" +msgstr "Area of '%1' (%2)" + +#: treemap.cpp:3056 treemap.cpp:3067 +#, c-format +msgid "" +"_n: 1 Pixel\n" +"%n Pixels" +msgstr "" +"1 Pixel\n" +"%n Pixels" + +#: callmapview.cpp:264 treemap.cpp:3071 +msgid "Double Area Limit (to %1)" +msgstr "Double Area Limit (to %1)" + +#: treemap.cpp:3073 +msgid "Halve Area Limit (to %1)" +msgstr "Halve Area Limit (to %1)" + +#: callmapview.cpp:187 treemap.cpp:3101 +msgid "No Depth Limit" +msgstr "No Depth Limit" + +#: callmapview.cpp:198 treemap.cpp:3107 +msgid "Depth of '%1' (%2)" +msgstr "Depth of '%1' (%2)" + +#: treemap.cpp:3118 +#, c-format +msgid "Depth %1" +msgstr "Depth %1" + +#: treemap.cpp:3122 +msgid "Decrement (to %1)" +msgstr "Decrement (to %1)" + +#: treemap.cpp:3124 +msgid "Increment (to %1)" +msgstr "Increment (to %1)" + +#: callmapview.cpp:98 +msgid "" +"Caller Map" +"

          This graph shows the nested hierarchy of all callers of the current " +"activated function. Each colored rectangle represents a function; its size " +"tries to be proportional to the cost spent therein while the active function is " +"running (however, there are drawing constrains).

          " +msgstr "" +"Caller Map" +"

          This graph shows the nested hierarchy of all callers of the current " +"activated function. Each coloured rectangle represents a function; its size " +"tries to be proportional to the cost spent therein while the active function is " +"running (however, there are drawing constrains).

          " + +#: callmapview.cpp:105 +msgid "" +"Call Map" +"

          This graph shows the nested hierarchy of all callees of the current " +"activated function. Each colored rectangle represents a function; its size " +"tries to be proportional to the cost spent therein while the active function is " +"running (however, there are drawing constrains).

          " +msgstr "" +"Call Map" +"

          This graph shows the nested hierarchy of all callees of the current " +"activated function. Each coloured rectangle represents a function; its size " +"tries to be proportional to the cost spent therein while the active function is " +"running (however, there are drawing constrains).

          " + +#: callmapview.cpp:113 +msgid "" +"

          Appearance options can be found in the in the context menu. To get exact " +"size proportions, choose 'Hide incorrect borders'. As this mode can be " +"very time consuming, you may want to limit the maximum drawn nesting level " +"before. 'Best' determinates the split direction for children from the aspect " +"ratio of the parent. 'Always Best' decides on remaining space for each sibling. " +"'Ignore Proportions' takes space for function name drawing before " +"drawing children. Note that size proportions can get heavily wrong.

          " +"

          This is a TreeMap widget. Keyboard navigation is available with the " +"left/right arrow keys for traversing siblings, and up/down arrow keys to go a " +"nesting level up/down. Return activates the current item.

          " +msgstr "" +"

          Appearance options can be found in the in the context menu. To get exact " +"size proportions, choose 'Hide incorrect borders'. As this mode can be " +"very time consuming, you may want to limit the maximum drawn nesting level " +"before. 'Best' determinates the split direction for children from the aspect " +"ratio of the parent. 'Always Best' decides on remaining space for each sibling. " +"'Ignore Proportions' takes space for function name drawing before " +"drawing children. Note that size proportions can get heavily wrong.

          " +"

          This is a TreeMap widget. Keyboard navigation is available with the " +"left/right arrow keys for traversing siblings, and up/down arrow keys to go a " +"nesting level up/down. Return activates the current item.

          " + +#: callmapview.cpp:167 +msgid "Go To" +msgstr "Go To" + +#: callmapview.cpp:184 +msgid "Stop at Depth" +msgstr "Stop at Depth" + +#: callmapview.cpp:190 +msgid "Depth 10" +msgstr "Depth 10" + +#: callmapview.cpp:192 +msgid "Depth 15" +msgstr "Depth 15" + +#: callmapview.cpp:194 +msgid "Depth 20" +msgstr "Depth 20" + +#: callmapview.cpp:204 +msgid "Decrement Depth (to %1)" +msgstr "Decrement Depth (to %1)" + +#: callmapview.cpp:205 +msgid "Increment Depth (to %1)" +msgstr "Increment Depth (to %1)" + +#: callmapview.cpp:209 +msgid "Stop at Function" +msgstr "Stop at Function" + +#: callmapview.cpp:210 +msgid "No Function Limit" +msgstr "No Function Limit" + +#: callmapview.cpp:240 +msgid "Stop at Area" +msgstr "Stop at Area" + +#: callmapview.cpp:246 +msgid "50 Pixels" +msgstr "50 Pixels" + +#: callmapview.cpp:248 +msgid "100 Pixels" +msgstr "100 Pixels" + +#: callmapview.cpp:250 +msgid "200 Pixels" +msgstr "200 Pixels" + +#: callmapview.cpp:252 +msgid "500 Pixels" +msgstr "500 Pixels" + +#: callmapview.cpp:266 +msgid "Half Area Limit (to %1)" +msgstr "Half Area Limit (to %1)" + +#: callmapview.cpp:273 +msgid "Visualisation" +msgstr "Visualisation" + +#: callmapview.cpp:277 +msgid "Split Direction" +msgstr "Split Direction" + +#: callmapview.cpp:279 +msgid "Skip Incorrect Borders" +msgstr "Skip Incorrect Borders" + +#: callmapview.cpp:284 +msgid "Border Width" +msgstr "Border Width" + +#: callmapview.cpp:285 +msgid "Border 0" +msgstr "Border 0" + +#: callmapview.cpp:288 +msgid "Border 1" +msgstr "Border 1" + +#: callmapview.cpp:290 +msgid "Border 2" +msgstr "Border 2" + +#: callmapview.cpp:292 +msgid "Border 3" +msgstr "Border 3" + +#: callmapview.cpp:297 +msgid "Draw Symbol Names" +msgstr "Draw Symbol Names" + +#: callmapview.cpp:298 +msgid "Draw Cost" +msgstr "Draw Cost" + +#: callmapview.cpp:299 +msgid "Draw Location" +msgstr "Draw Location" + +#: callmapview.cpp:300 +msgid "Draw Calls" +msgstr "Draw Calls" + +#: callmapview.cpp:431 +msgid "Call Map: Current is '%1'" +msgstr "Call Map: Current is '%1'" + +#: callmapview.cpp:599 +msgid "(no function)" +msgstr "(no function)" + +#: callmapview.cpp:741 callmapview.cpp:858 +msgid "(no call)" +msgstr "(no call)" + +#: cachegrindloader.cpp:141 +msgid "Import filter for Cachegrind/Callgrind generated profile data files" +msgstr "Import filter for Cachegrind/Callgrind generated profile data files" + +#: cachegrindloader.cpp:738 +#, c-format +msgid "Loading %1" +msgstr "Loading %1" + +#: callview.cpp:47 callview.cpp:51 +msgid "Count" +msgstr "Count" + +#: callview.cpp:85 +msgid "" +"List of direct Callers" +"

          This list shows all functions calling the current selected one directly, " +"together with a call count and the cost spent in the current selected function " +"while being called from the function from the list.

          " +"

          An icon instead of an inclusive cost specifies that this is a call inside of " +"a recursive cycle. An inclusive cost makes no sense here.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " +msgstr "" +"List of direct Callers" +"

          This list shows all functions calling the current selected one directly, " +"together with a call count and the cost spent in the current selected function " +"while being called from the function from the list.

          " +"

          An icon instead of an inclusive cost specifies that this is a call inside of " +"a recursive cycle. An inclusive cost makes no sense here.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " + +#: callview.cpp:98 +msgid "" +"List of direct Callees" +"

          This list shows all functions called by the current selected one directly, " +"together with a call count and the cost spent in this function while being " +"called from the selected function.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " +msgstr "" +"List of direct Callees" +"

          This list shows all functions called by the current selected one directly, " +"together with a call count and the cost spent in this function while being " +"called from the selected function.

          " +"

          Selecting a function makes it the current selected one of this information " +"panel. If there are two panels (Split mode), the function of the other panel is " +"changed instead.

          " + +#: costtypeitem.cpp:56 +msgid "Unknown Type" +msgstr "Unknown Type" + +#: tips.cpp:3 +msgid "" +"

          ...that the What's This? help for every GUI widget\n" +"in KCachegrind contains detailed usage information for this widget?\n" +"It is highly recommended to read at least these help texts on first\n" +"use. Request What's This? help by pressing\n" +"Shift+F1 and clicking on the widget.

          \n" +msgstr "" +"

          ...that the What's This? help for every GUI widget\n" +"in KCachegrind contains detailed usage information for this widget?\n" +"It is highly recommended to read at least these help texts on first\n" +"use. Request What's This? help by pressing\n" +"Shift+F1 and clicking on the widget.

          \n" + +#: tips.cpp:12 +msgid "" +"

          ...that you can get profile information at instruction level\n" +"with Calltree when you provide the option --dump-instr=yes?\n" +"Use the Assembler View for the instruction annotations.\n" +"

          \n" +msgstr "" +"

          ...that you can get profile information at instruction level\n" +"with Calltree when you provide the option --dump-instr=yes?\n" +"Use the Assembler View for the instruction annotations.\n" +"

          \n" + +#: tips.cpp:20 +msgid "" +"

          ...that you can use Alt-Left/Right keys of your keyboard to go\n" +"back/forward in the active object history ?

          \n" +msgstr "" +"

          ...that you can use Alt-Left/Right keys of your keyboard to go\n" +"backwards/forwards in the active object history ?

          \n" + +#: tips.cpp:26 +msgid "" +"

          ...that you can navigate in the Callee/Caller Map View using\n" +"arrow keys? Use Left/Right to change to siblings of the current\n" +"item; use Up/Down to go one nesting level up/down. To select\n" +"the current item, press Space, and to activate it, press Return.\n" +"

          \n" +msgstr "" +"

          ...that you can navigate in the Callee/Caller Map View using\n" +"arrow keys? Use Left/Right to change to siblings of the current\n" +"item; use Up/Down to go one nesting level up/down. To select\n" +"the current item, press Space, and to activate it, press Return.\n" +"

          \n" + +#: tips.cpp:35 +msgid "" +"

          ...that you can navigate in the Call Graph View using\n" +"arrow keys? Use Up/Down to go one calling level up/down, alternating\n" +"between calls and functions. Use Left/Right to change to siblings of a current\n" +"selected call. To activate the current item, press Return.\n" +"

          \n" +msgstr "" +"

          ...that you can navigate in the Call Graph View using\n" +"arrow keys? Use Up/Down to go one calling level up/down, alternating\n" +"between calls and functions. Use Left/Right to change to siblings of a current\n" +"selected call. To activate the current item, press Return.\n" +"

          \n" + +#: tips.cpp:44 +msgid "" +"

          ...that you can rapidly locate a function by entering part of its\n" +"name (case-insensitive) into the edit line of the toolbar\n" +"and hit return?

          \n" +msgstr "" +"

          ...that you can rapidly locate a function by entering part of its\n" +"name (case-insensitive) into the edit line of the toolbar\n" +"and hit return?

          \n" + +#: tips.cpp:51 +msgid "" +"

          ...that you can assign custom colors to \n" +"ELF objects/C++ Classes/Source Files for graph coloring\n" +"in Settings->Configure KCachegrind...?

          \n" +msgstr "" +"

          ...that you can assign custom colours to \n" +"ELF objects/C++ Classes/Source Files for graph colouring\n" +"in Settings->Configure KCachegrind...?

          \n" + +#: tips.cpp:58 +msgid "" +"

          ...that you can see if debug info is available for a selected \n" +"function by looking at the location label in the Info tab or\n" +"the source listing header in the source tab?

          \n" +"

          There must be the name of the source file (with extension).\n" +"If KCachegrind still doesn't show the source, make sure that you\n" +"have added the directory of the source file to the\n" +"Source Directories list in the configuration.\n" +msgstr "" +"

          ...that you can see if debug info is available for a selected \n" +"function by looking at the location label in the Info tab or\n" +"the source listing header in the source tab?

          \n" +"

          There must be the name of the source file (with extension).\n" +"If KCachegrind still doesn't show the source, make sure that you\n" +"have added the directory of the source file to the\n" +"Source Directories list in the configuration.\n" + +#: tips.cpp:69 +msgid "" +"

          ...that you can configure whether KCachgrind should\n" +"show absolute event counts or relative ones (percentage display)?

          \n" +msgstr "" +"

          ...that you can configure whether KCachgrind should\n" +"show absolute event counts or relative ones (percentage display)?

          \n" + +#: tips.cpp:75 +msgid "" +"

          ...that you can configure the maximum number of items\n" +"for all function lists in KCachegrind? Limiting the number\n" +"of items is done to get a fast reacting GUI. The last item in\n" +"the list will show you the number of skipped functions, together\n" +"with a cost condition for these skipped functions.

          \n" +"

          To activate a function with small costs, search for it and select\n" +"it in the flat profile. Selecting functions with small cost will\n" +"temporarily add them to the flat profile list.

          \n" +msgstr "" +"

          ...that you can configure the maximum number of items\n" +"for all function lists in KCachegrind? Limiting the number\n" +"of items is done to get a fast reacting GUI. The last item in\n" +"the list will show you the number of skipped functions, together\n" +"with a cost condition for these skipped functions.

          \n" +"

          To activate a function with small costs, search for it and select\n" +"it in the flat profile. Selecting functions with small cost will\n" +"temporarily add them to the flat profile list.

          \n" + +#: tips.cpp:87 +msgid "" +"

          ...that the Coverage tab - in contrast to the Call Lists tab -\n" +"shows all functions that are calling the selected function\n" +"(upper part) / are called by the selected function (bottom part),\n" +"no matter how many function are between them on the stack?

          \n" +"

          Examples:

          \n" +"

          An entry in the upper list for function foo1() with a value of 50%\n" +"with function bar() selected means that 50% of all the cost of function\n" +"bar() happened while called from function foo1().

          \n" +"

          An entry in the bottom list for function foo2() with a value of 50%\n" +"with function bar() selected means that 50% of all the cost of function\n" +"bar() happened while calling foo2() from bar().

          \n" +msgstr "" +"

          ...that the Coverage tab - in contrast to the Call Lists tab -\n" +"shows all functions that are calling the selected function\n" +"(upper part) / are called by the selected function (bottom part),\n" +"no matter how many function are between them on the stack?

          \n" +"

          Examples:

          \n" +"

          An entry in the upper list for function foo1() with a value of 50%\n" +"with function bar() selected means that 50% of all the cost of function\n" +"bar() happened while called from function foo1().

          \n" +"

          An entry in the bottom list for function foo2() with a value of 50%\n" +"with function bar() selected means that 50% of all the cost of function\n" +"bar() happened while calling foo2() from bar().

          \n" + +#: tips.cpp:102 +msgid "" +"

          ...that waiting for the tool tip inside of a tree map\n" +"shows the list of names of the nested rectangles the mouse\n" +"pointer is over?

          \n" +"

          Items from this list can be selected by pressing the right\n" +"mouse button.

          \n" +msgstr "" +"

          ...that waiting for the tool tip inside of a tree map\n" +"shows the list of names of the nested rectangles the mouse\n" +"pointer is over?

          \n" +"

          Items from this list can be selected by pressing the right\n" +"mouse button.

          \n" + +#: tips.cpp:111 +msgid "" +"

          ...that you can constrain the cost counts shown to only a\n" +"few parts of the whole trace by selecting these parts in the\n" +"\"Trace Selection\" Dockable?

          \n" +"

          To generate multiple parts in a profiling run with\n" +"cachegrind, use e.g. option --cachedumps=xxx for parts\n" +"of a length of xxx basic blocks (A basic block is a run\n" +"of not-branching assembler statements inside of your program\n" +"code).

          \n" +msgstr "" +"

          ...that you can constrain the cost counts shown to only a\n" +"few parts of the whole trace by selecting these parts in the\n" +"\"Trace Selection\" Dockable?

          \n" +"

          To generate multiple parts in a profiling run with\n" +"cachegrind, use e.g. option --cachedumps=xxx for parts\n" +"of a length of xxx basic blocks (A basic block is a run\n" +"of not-branching assembler statements inside of your program\n" +"code).

          \n" + +#: configdlg.cpp:60 +msgid "Source Files" +msgstr "Source Files" + +#: configdlg.cpp:61 +msgid "C++ Classes" +msgstr "C++ Classes" + +#: configdlg.cpp:62 +msgid "Function (no Grouping)" +msgstr "Function (no Grouping)" + +#: configdlg.cpp:157 configdlg.cpp:350 configdlg.cpp:371 +msgid "(always)" +msgstr "(always)" + +#: configdlg.cpp:210 +msgid "KCachegrind Configuration" +msgstr "KCachegrind Configuration" + +#: configdlg.cpp:211 +msgid "" +"The Maximum Number of List Items should be below 500.The previous set value " +"(%1) will still be used." +msgstr "" +"The Maximum Number of List Items should be below 500.The previous set value " +"(%1) will still be used." + +#: configdlg.cpp:384 +msgid "Choose Source Folder" +msgstr "Choose Source Folder" + +#: partgraph.cpp:167 +#, c-format +msgid "Profile Part %1" +msgstr "Profile Part %1" + +#: partgraph.cpp:226 +msgid "(no trace)" +msgstr "(no trace)" + +#: partgraph.cpp:229 +msgid "(no part)" +msgstr "(no part)" + +#: partview.cpp:51 +msgid "Comment" +msgstr "Comment" + +#: partview.cpp:73 +msgid "" +"Trace Part List" +"

          This list shows all trace parts of the loaded trace. For each part, the " +"self/inclusive cost of the current selected function, spent in the part, is " +"shown; percentage costs are always relative to the total cost " +"of the part (not to the whole trace as in the Trace Part Overview). Also " +"shown are the calls happening to/from the current function inside of the trace " +"part.

          " +"

          By choosing one or more trace parts from the list, the costs shown all over " +"KCachegrind will only be the ones spent in the selected part(s). If no list " +"selection is shown, in fact all trace parts are selected implicitly.

          " +"

          This is a multi-selection list. You can select ranges by dragging the mouse " +"or use SHIFT/CTRL modifiers. Selection/Deselection of trace parts can also be " +"done by using the Trace Part Overview Dockable. This one also supports multiple " +"selection.

          " +"

          Note that the list is hidden if only one trace part is loaded.

          " +msgstr "" +"Trace Part List" +"

          This list shows all trace parts of the loaded trace. For each part, the " +"self/inclusive cost of the current selected function, spent in the part, is " +"shown; percentage costs are always relative to the total cost " +"of the part (not to the whole trace as in the Trace Part Overview). Also " +"shown are the calls happening to/from the current function inside of the trace " +"part.

          " +"

          By choosing one or more trace parts from the list, the costs shown all over " +"KCachegrind will only be the ones spent in the selected part(s). If no list " +"selection is shown, in fact all trace parts are selected implicitly.

          " +"

          This is a multi-selection list. You can select ranges by dragging the mouse " +"or use SHIFT/CTRL modifiers. Selection/Deselection of trace parts can also be " +"done by using the Trace Part Overview Dockable. This one also supports multiple " +"selection.

          " +"

          Note that the list is hidden if only one trace part is loaded.

          " + +#: partview.cpp:106 +msgid "Select '%1'" +msgstr "Select '%1'" + +#: partview.cpp:107 +msgid "Hide '%1'" +msgstr "Hide '%1'" + +#: partview.cpp:111 +msgid "Hide Selected" +msgstr "Hide Selected" + +#: partview.cpp:112 +msgid "Show All" +msgstr "Show All" + +#~ msgid "(unnamed)" +#~ msgstr "(unnamed)" + +#~ msgid "Function Query" +#~ msgstr "Function Query" + +#~ msgid "Type part of a function name (insensitive) to get a list of matching functions from current function group" +#~ msgstr "Type part of a function name (insensitive) to get a list of matching functions from current function group" -- cgit v1.2.1