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Graphviz (*.dot)

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<b>Cost Types List</b><p>This list shows all cost types available and what the self/inclusive cost of the current selected function is for that cost type.</p><p>By choosing a cost type from the list, you change the cost type of costs shown all over KCachegrind to be the selected one.</p>

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<b>Information Tabs</b><p>This widget shows information for the currently selected function in different tabs: <ul><li>The Costs tab shows a list of available event types and the inclusive and self-costs related to these types.</li><li>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 happening is shown.</li><li>The Call Lists tab shows direct callers and callees of the function in more detail.</li><li>The Coverage tab shows the same as the Call Lists tab, but also shows indirect callers and callees, not just direct ones.</li><li>The Call Graph tab shows a graphical visualization of the calls made by this function.</li><li>The Source Code tab presents annotated source code if debugging information and the source file are available.</li><li>The Machine Code tab presents annotated assembly instructions if profile information at instruction level is available.</li></ul>For more information, see the <em>What's This?</em> help of the corresponding tab widget.</p>

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<b>Caller Map</b><p>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 constraints).</p>

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<b>Call Map</b><p>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 constraints).</p>

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<p>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 <em>very</em> 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 <em>before</em> drawing children. Note that size proportions can get <em>heavily</em> wrong.</p><p>This is a <em>TreeMap</em> 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. <em>Return</em> activates the current item.</p>

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<b>Annotated Source</b><p>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.</p><p>Select a inserted call information line to make the destination function current.</p>

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<b>Annotated Machine Code</b><p>The annotated machine code list shows the assembly 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.</p><p>The machine code shown is generated with the 'objdump' utility from the 'binutils' package.</p><p>Select a line with call information to make the destination function of this call current.</p>