reorder ncstats fields to match documentation #1777

USAGE.md

@@ -3529,12 +3529,12 @@ typedef struct ncstats {
   uint64_t writeouts;        // successful ncpile_rasterize() runs
   uint64_t failed_renders;   // aborted renders, should be 0
   uint64_t failed_writeouts; // aborted writes
-  uint64_t render_bytes;     // bytes emitted to ttyfp
-  int64_t render_max_bytes;  // max bytes emitted for a frame
-  int64_t render_min_bytes;  // min bytes emitted for a frame
+  uint64_t raster_bytes;     // bytes emitted to ttyfp
+  int64_t raster_max_bytes;  // max bytes emitted for a frame
+  int64_t raster_min_bytes;  // min bytes emitted for a frame
   uint64_t render_ns;        // nanoseconds spent rendering
-  int64_t render_max_ns;     // max ns spent in render+raster for a frame
-  int64_t render_min_ns;     // min ns spent in render+raster for a frame
+  int64_t render_max_ns;     // max ns spent in render for a frame
+  int64_t render_min_ns;     // min ns spent in render for a frame
   uint64_t raster_ns;        // nanoseconds spent rasterizing
   int64_t raster_max_ns;     // max ns spent in raster for a frame
   int64_t raster_min_ns;     // min ns spent in raster for a frame
@@ -3553,8 +3553,9 @@ typedef struct ncstats {
   uint64_t sprixelemissions; // sprixel draw count
   uint64_t sprixelelisions;  // sprixel elision count
   uint64_t sprixelbytes;     // sprixel bytes emitted
-  uint64_t appsync_updates;  // application-synchronized updates
+  uint64_t appsync_updates;  // how many application-synchronized updates?
   uint64_t input_errors;     // errors processing control sequences/utf8
+  uint64_t input_events;     // characters returned to userspace
 
   // current state -- these can decrease
   uint64_t fbbytes;          // total bytes devoted to all active framebuffers

doc/man/man3/notcurses_stats.3.md

@@ -17,9 +17,9 @@ typedef struct ncstats {
   uint64_t writeouts;        // successful ncpile_rasterize() runs
   uint64_t failed_renders;   // aborted renders, should be 0
   uint64_t failed_writeouts; // aborted writes
-  uint64_t render_bytes;     // bytes emitted to ttyfp
-  int64_t render_max_bytes;  // max bytes emitted for a frame
-  int64_t render_min_bytes;  // min bytes emitted for a frame
+  uint64_t raster_bytes;     // bytes emitted to ttyfp
+  int64_t raster_max_bytes;  // max bytes emitted for a frame
+  int64_t raster_min_bytes;  // min bytes emitted for a frame
   uint64_t render_ns;        // nanoseconds spent rendering
   int64_t render_max_ns;     // max ns spent for a frame
   int64_t render_min_ns;     // min ns spent for a frame
@@ -75,7 +75,7 @@ renders are not expected to fail except under exceptional circumstances.
 should **notcurses_render(3)** fail while writing out a frame to the terminal,
 it counts as a failed render.
 
-**render_max_bytes** and **render_min_bytes** track the maximum and minimum
+**raster_max_bytes** and **raster_min_bytes** track the maximum and minimum
 number of bytes used rasterizing a frame. A given state of Notcurses does not
 correspond to a unique number of bytes; the size is also dependent on the
 existing terminal state. As a first approximation, the time a terminal takes to
@@ -125,7 +125,7 @@ Linux framebuffer bitmaps are not written through the terminal device, but
 instead directly into the memory-mapped framebuffer (see **mmap(2)**). Bytes
 used for framebuffer graphics are thus independent of bytes written to the
 terminal. This explains why **sprixelbytes** may be surprising given the
-value of **render_bytes**.
+value of **raster_bytes**.
 
 # RETURN VALUES
 

include/notcurses/notcurses.h

@@ -1505,13 +1505,15 @@ typedef struct ncstats {
   uint64_t writeouts;        // successful ncpile_rasterize() runs
   uint64_t failed_renders;   // aborted renders, should be 0
   uint64_t failed_writeouts; // aborted writes
-  // FIXME these next three all ought be "writeout" or "raster"
-  uint64_t render_bytes;     // bytes emitted to ttyfp
-  int64_t render_max_bytes;  // max bytes emitted for a frame
-  int64_t render_min_bytes;  // min bytes emitted for a frame
+  uint64_t raster_bytes;     // bytes emitted to ttyfp
+  int64_t raster_max_bytes;  // max bytes emitted for a frame
+  int64_t raster_min_bytes;  // min bytes emitted for a frame
   uint64_t render_ns;        // nanoseconds spent rendering
   int64_t render_max_ns;     // max ns spent in render for a frame
   int64_t render_min_ns;     // min ns spent in render for a frame
+  uint64_t raster_ns;        // nanoseconds spent rasterizing
+  int64_t raster_max_ns;     // max ns spent in raster for a frame
+  int64_t raster_min_ns;     // min ns spent in raster for a frame
   uint64_t writeout_ns;      // nanoseconds spent writing frames to terminal
   int64_t writeout_max_ns;   // max ns spent writing out a frame
   int64_t writeout_min_ns;   // min ns spent writing out a frame
@@ -1524,21 +1526,16 @@ typedef struct ncstats {
   uint64_t defaultelisions;  // default color was emitted
   uint64_t defaultemissions; // default color was elided
   uint64_t refreshes;        // refresh requests (non-optimized redraw)
-  uint64_t appsync_updates;  // how many application-synchronized updates?
-
-  // current state -- these can decrease
-  uint64_t fbbytes;          // total bytes devoted to all active framebuffers
-  unsigned planes;           // number of planes currently in existence
-
-  // FIXME placed here for ABI compatibility; move up for ABI3
-  uint64_t raster_ns;        // nanoseconds spent rasterizing
-  int64_t raster_max_ns;     // max ns spent in raster for a frame
-  int64_t raster_min_ns;     // min ns spent in raster for a frame
   uint64_t sprixelemissions; // sprixel draw count
   uint64_t sprixelelisions;  // sprixel elision count
   uint64_t sprixelbytes;     // sprixel bytes emitted
+  uint64_t appsync_updates;  // how many application-synchronized updates?
   uint64_t input_errors;     // errors processing control sequences/utf8
   uint64_t input_events;     // characters returned to userspace
+
+  // current state -- these can decrease
+  uint64_t fbbytes;          // total bytes devoted to all active framebuffers
+  unsigned planes;           // number of planes currently in existence
 } ncstats;
 
 // Allocate an ncstats object. Use this rather than allocating your own, since