Fix some typos and do some minor rewording

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Jeremy Rifkin 2025-02-17 23:22:27 -06:00
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@ -347,8 +347,8 @@ namespace cpptrace {
## Formatting
Cpptrace provides a configurable formatter for stack trace printing supporting common options. Formatters are configured
following a sort of builder pattern, e.g.
Cpptrace provides a configurable formatter for stack trace printing which supports some common options. Formatters are
configured with a sort of builder pattern, e.g.:
```cpp
auto formatter = cpptrace::formatter{}
.header("Stack trace:")
@ -356,7 +356,7 @@ auto formatter = cpptrace::formatter{}
.snippets(true);
```
To use this API be sure to `#include <cpptrace/formatting.hpp>`.
This API is available through the `<cpptrace/formatting.hpp>` header.
Synopsis:
```cpp
@ -411,9 +411,10 @@ Options:
| `filtered_frame_placeholders` | Whether to still print filtered frames as just `#n (filtered)` | `true` |
| `filter` | A predicate to filter frames with | None |
The `automatic` color mode only works for a stream that may be attached to a terminal, e.g. `cout` or `stdout`,
`formatter::format` and `formatter::print` methods have overloads taking a color parameter. This color parameter will
override configured color mode.
The `automatic` color mode attempts to detect if a stream that may be attached to a terminal. As such, it will not use
colors for the `formatter::format` method and it may not be able to detect if some ostreams correspond to terminals or
not. For this reason, `formatter::format` and `formatter::print` methods have overloads taking a color parameter. This
color parameter will override configured color mode.
Recommended practice with formatters: It's generally preferable to create formatters objects that are long-lived rather
than to create them on the fly every time a trace needs to be formatted.
@ -880,8 +881,8 @@ The main cpptrace header is `cpptrace/cpptrace.hpp` which includes everything ot
## Libdwarf Tuning
For extraordinarily large binaries (multiple gigabytes), cpptrace's internal caching can result in a lot of memory
usage. Cpptrace provides a couple options to control the caching done by libdwarf so that this memory usage can be
reduced in exchange for performance.
usage. Cpptrace provides some options to reduce memory usage in exchange for performance in memory-constrained
applications.
Synopsis:
@ -900,8 +901,8 @@ Explanation:
lots of debug info. Passing `nullable<std::size_t>::null()` will disable the cache size (which is the default
behavior).
- `set_dwarf_resolver_disable_aranges` can be used to disable use of dwarf `.debug_aranges`, an accelerated range lookup
table for compile units emitted by most compilers. Cpptrace uses these by default since they can speed up resolution,
however, they can also result in significant memory usage.
table for compile units emitted by many compilers. Cpptrace uses these by default if they are present since they can
speed up resolution, however, they can also result in significant memory usage.
# Supported Debug Formats