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Fix typos.

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Andrius Štikonas 2023-12-06 19:50:40 +00:00
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@ -66,11 +66,11 @@ This is the last program that has to be written in `hex0` language. `hex1` is a
### catm
`catm` allows concatenating files via `catm.efi output_file input1 input2 ... inputN`. This allows us to split shared code into separate files. We will first use it to append `PE` header to `.hex2` files. Before this step PE header had to be included in the source file itself.
`catm` allows concatenating files via `catm.efi output_file input1 input2 ... inputN`. This allows us to distribute shared code in separate files. We will first use it to append the `PE` header to `.hex2` files. Before this step PE header had to be included in the source file itself.
### M0
The `M0` assembly language is the simplest assembly language you can create that enables the creation of real world programs with practical application. It includes only a single keyword: `DEFINE` and leverages the language properties of `hex2` along with extending the behavior to populate immediate values of various sizes and formats.
The `M0` assembly language is the simplest assembly language you can create that enables the creation of more complicated programs. It includes only a single keyword: `DEFINE` and leverages the language properties of `hex2` along with extending the behavior to populate immediate values of various sizes and formats.
Thus `M0` code looks like
@ -87,7 +87,7 @@ DEFINE sub_rbx, 4881EB
### cc_amd64
The `cc_amd64` implements a subset of the C language designed in `M0` assembly. It is somewhat limited subset of C but complete enough to make it easy to write a real C compiler written in the C subset that `cc_amd64` supports.
The `cc_amd64` implements a subset of the C language designed in `M0` assembly. It is a somewhat limited subset of C but complete enough to make it easy to write a more usable C compiler written in the C subset that `cc_amd64` supports.
At this stage we start using `M2libc` (https://github.com/oriansj/M2libc/) as our C library. In fact, `M2libc` ships two versions of C library. At this stage we use a single-file (`bootstrap.c`) C library that contains just enough to build `M2-Planet`.
@ -107,7 +107,7 @@ We then build C version of `hex2` (also called `hex2`) and C version of `M0` cal
### kaem
We now build `kaem` which is a more capable version of `kaem-optional` and adds support for variables, environmental variables, conditionals, aliases. It also has various built-ins such as `cd` and `echo`.
We now build `kaem` which is a more capable version of `kaem-optional` and adds support for variables, environmental variables, conditionals and aliases. It also has various built-ins such as `cd` and `echo`.
### M2-Planet (built against full M2libc)
@ -115,7 +115,7 @@ We can now rebuild `M2-Planet` so that it itself can benefit from full `M2libc`.
### M2-Mesoplanet
`M2-Mesoplanet` is a preprocessor that is more capable than `M2-Planet` and supports `#include` statements. It can also launch compiler, assembler and linker, so we don't need to invoke them
`M2-Mesoplanet` is a preprocessor that is more capable than `M2-Planet` and supports `#include` statements. It can also launch compiler, assembler and linker with the correct arguments, so we don't need to invoke them
manually.
### blood-elf