Quote: because semantic-dictionary encoding is more compact, on-the-fly code generation is almost competitive with loading compiled code [»franM3_1994]

Quote: load-code code generation is nearly as fast as traditional loading because I/O overhead is a primary factor of loading speed [»franM3_1997]

Quote: traditional compiler/linkers generate many output files; not needed for dynamic code generation [»franM3_1997]

Quote: slim-binaries reduces input/output overhead and nearly compensates for on-the-fly code generation [»franM12_1997]

Quote: with incremental loading or faster processor speeds, on-the-fly code generation may be as fast as a loader

Quote: on-the-fly code generation can compile, link, and load a program in one operation [»franM3_1997]

Quote: on-the-fly code generation avoids module variants; for example, can dynamically construct a debugging version of a program [»franM3_1994]

Quote: with dynamic code generation, interface information can be retained in memory

Quote: link-time pointer alias analysis that handles pointer arithmetic and out-of-bound references; identifies 30-60% of memory reference instructions [»debrS1_1998]

Quote: MacOberon replaced native binaries with slim binaries and on-the-fly code generation [»franM12_1997]

Quote: Dis is a three-address machine similar to modern processors; on-the-fly compiler, internal format

Quote: execute a program one allocation unit at a time; load into memory on use [»holtAW10_1961]

Note: compiling a type determines offsets and referenced modules; cached in memory by date [»cbb_1990, OK]