Merge pull request #216 from tomhea/dev

Refactor stl, hex.pointers, more improvements
tomhea · Jun 23, 2023 · a956630 · a956630
2 parents 6beaeda + ad5b84e
commit a956630
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diff --git a/LICENSE b/LICENSE
@@ -1,6 +1,6 @@
 BSD 2-Clause License
 
-Copyright (c) 2022, Tom Herman
+Copyright (c) 2023, Tom Herman
 All rights reserved.
 
 Redistribution and use in source and binary forms, with or without

diff --git a/README.md b/README.md
@@ -1,5 +1,11 @@
 # FlipJump
 
+[![GitHub code size in bytes](https://img.shields.io/github/languages/code-size/tomhea/flip-jump)](https://github.com/tomhea/flip-jump#project-structure)
+[![GitHub release (latest by date)](https://img.shields.io/github/v/release/tomhea/flip-jump)](https://github.com/tomhea/flip-jump/releases/latest)
+[![GitHub Discussions](https://img.shields.io/github/discussions/tomhea/flip-jump)](https://github.com/tomhea/flip-jump/discussions)
+[![GitHub](https://img.shields.io/github/license/tomhea/flip-jump)](LICENSE)
+[![Website](https://img.shields.io/website?down_color=red&down_message=down&up_message=up&url=https%3A%2F%2Fesolangs.org%2Fwiki%2FFlipJump)](https://esolangs.org/wiki/FlipJump)
+
 FlipJump is the simplest programing language.<br>
 Yet, it can do **any modern computation**.
 
@@ -64,11 +70,11 @@ def end_loop @ loop_label {
 The FlipJump assembly supports a ```"Hello, World!"``` syntax for initializing a variable with a string value.
 Look at the [hello_world.fj](programs/print_tests/hello_world.fj) program for more info.
 
-Note that all of these macros are already implemented in the standard library:
-- startup      in [runlib.fj](stl/runlib.fj)
-- end_loop     in [bitlib.fj](stl/bitlib.fj) (loop)
-- output_char  in [iolib.fj](stl/iolib.fj)
-- output       in [iolib.fj](stl/iolib.fj)  (for printing string consts, e.g. output "Hello, World!")
+Note that all of these macros are already implemented in the standard library (all in [runlib.fj](stl/runlib.fj)):
+- startup
+- end_loop     (loop)
+- output_char
+- output       (for printing string consts, e.g. output "Hello, World!")
 
 # How to download?
 
@@ -79,7 +85,9 @@ Cloning into 'flip-jump'...
 >>> pip install -r requirements.txt
 ```
 
-You can add <span style="color:orange">syntax highlighting</span> support for *.fj files on Pycharm - just import the [PycharmHighlighting.zip](PycharmHighlighting.zip) settings.
+Pycharm Extensions:
+- Add <span style="color:orange">syntax highlighting</span> support for *.fj files - just import the [PycharmHighlighting.zip](ide-extensions/pycharm/PycharmHighlighting.zip) settings.
+- Add a ctrl+shift+click (find fj-macro definition) functionality by using the [AutoHotKey script](ide-extensions/pycharm/fj-pycharm-def-finder.ahk).
 
 # How to run?
 
@@ -114,6 +122,15 @@ You can also use the faster [cpp-based interpreter](https://github.com/tomhea/fj
 Hello, World!
 ```
 
+### How to Debug?
+Programs won't work on their first run. They just can't. That's why we support the next debugging flags.
+
+- No debugging flags at all: Shows the last 10 executed addresses of tests that failed their run (i.e. finished not by looping). 
+- `-d [PATH]`: Save debug information: Adds [very extensive label names](tests/README.md#example-label-name-youll-get-with-using---debuginfo-len), Which are like a "**macro-stack**" for each of the last executed address. (can be used with `--debug-ops-list LEN`)
+- `--debug-ops-list LEN`: Shows the last _LEN_ executed addresses (instead of 10). (can be used with `-d`)
+- `-b NAME [NAME ...]`: Places breakpoints at every specified label NAMEs (note that label names are long: [more information about labels](src/README.md#generated-label-names)). (requires `-b`)
+- `-B NAME [NAME ...]`: Places breakpoints at every label that contains one of the given NAMEs. (requires `-b`)
+
 # Project Structure
 
 **[src](src/README.md)** (assembler + interpreter source files):
@@ -126,11 +143,11 @@ Hello, World!
   - [more...](src/README.md)
 
 **[stl](stl/README.md)** (standard library files - macros. [list of all macros](https://esolangs.org/wiki/FlipJump#The_Standard_Library)):
-  - runlib.fj   - constants and initialization macros.
-  - bitlib.fj   - macros for manipulating binary variables and vectors (i.e. numbers).
+  - runlib.fj   - constants and initialization macros. output constant strings.
+  - [bit/](stl/README.md#bit)        - macros for io/manipulating binary variables and vectors (i.e. numbers).
   - mathlib.fj  - advanced math macros (mul/div).
-  - hexlib.fj   - macros for manipulating hexadecimal variables and vectors.
-  - iolib.fj    - input/output macros, bit/hex/dec casting.
+  - [hex/](stl/README.md#hex)        - macros for io/manipulating hexadecimal variables and vectors.
+  - casting.fj  - casting between bit/hex.
   - ptrlib.fj   - pointers, stack and functions.
   - conf.json   - standard library list file.
 
@@ -164,7 +181,7 @@ Read more about the [flip-jump source files](src/README.md) and [how to run the
 
 If you want to contribute to this project, read the [CONTRIBUTING.md](CONTRIBUTING.md) file, and take a look at the [Discussions](https://github.com/tomhea/flip-jump/discussions/148).
 
-If you are new to FlipJump and you want to learn how modern computation can be executed using FlipJump, Start by reading the [bitlib.fj](stl/bitlib.fj) standard library file (start with `xor`, `if`). That's where the FlipJump magic begins.
+If you are new to FlipJump and you want to learn how modern computation can be executed using FlipJump, Start by reading the [bit/math.fj](stl/bit/math.fj) standard library file (start with `xor`, `if`). That's where the FlipJump magic begins.
 
 You can also write and run programs for yourself! It is just [that](README.md#how-to-run) easy :)
 
diff --git a/PycharmHighlighting.zip → ...xtensions/pycharm/PycharmHighlighting.zip b/PycharmHighlighting.zip → ...xtensions/pycharm/PycharmHighlighting.zip
diff --git a/ide-extensions/pycharm/fj-pycharm-def-finder.ahk b/ide-extensions/pycharm/fj-pycharm-def-finder.ahk
@@ -0,0 +1,38 @@
+; Double-click the script (with AutoHotKey v1 installed) to run now. Copy e script to "%APPDATA%\Microsoft\Windows\Start Menu\Programs\Startup" to still take effect after reboot.
+
+; The script makes a Ctrl+Shift+Click Pycharm shortcut for flip-jump files (Find macro declaration), that resembles the Ctrl+Click shortcut for python (Find function declaration).
+
+; Script summery: Replace Ctrl+Shift+Click with  [ Click  ->  Copy the pointed word  ->  Ctrl+Shift+F (search in project)  ->  (search) "def " + copied word ].
+
+
+^+Lbutton::
+{
+	old_clipboard := clipboard
+
+	; Click
+	Send {Lbutton}
+
+	; Mark the pointed word
+	Send ^{Left}
+	Send ^+{Right}
+
+	; Copy the pointed word
+	Send ^c
+
+	; Unmark word
+	Send {Right}
+
+	; Open the "Find in files" window (shortcut in Pycharm)
+	Send ^+f
+	Sleep 100
+
+	; Search for "def COPIED_WORD"
+	Send {Home}
+	Send +{End}
+	Send def{Space}
+	Send ^v
+	Send {Space}
+
+	clipboard := old_clipboard
+	return
+}
diff --git a/programs/calc.fj b/programs/calc.fj
@@ -1,4 +1,4 @@
-startup
+stl.startup
 
 
 loop:
@@ -39,7 +39,7 @@ loop:
 
   do_print:
     print_int a
-    output '\n'
+    stl.output '\n'
 
     bit.if should_finish, loop, finish
 
@@ -52,7 +52,7 @@ loop:
     line_ended loop, finish, finish
 
   finish:
-    loop
+    stl.loop
 
 
 
@@ -70,7 +70,9 @@ def remove_spaces @ main_loop, try2, next_ascii, end < space1, space2, ascii {
 
 
 
-def insert_number x @ check1, set_minus, check2, before_hex, hex_loop, before_dec, dec_loop, minus_flag, end, after_minus < dec, hex_prefix1, hex_prefix2, t, hex, minus, ascii, error, hex_used {
+def insert_number x @ \
+        check1, set_minus, check2, before_hex, hex_loop, before_dec, dec_loop, minus_flag, end, after_minus \
+        < dec, hex_prefix1, hex_prefix2, t, hex, minus, ascii, error, hex_used {
     bit.zero w, x
     bit.zero minus_flag
     bit.cmp 8, ascii, minus, check1, set_minus, check1
@@ -105,7 +107,7 @@ def insert_number x @ check1, set_minus, check2, before_hex, hex_loop, before_de
     ;dec_loop
 
   minus_flag:
-    bit
+    bit.bit
   end:
     bit.if0 minus_flag, after_minus
     bit.neg w, x
@@ -115,7 +117,9 @@ def insert_number x @ check1, set_minus, check2, before_hex, hex_loop, before_de
 
 
 
-def calc a, op, b @ try_add, try_sub, try_mul, try_mul_loop, try_div, try_mod, add, sub, mul, mul_loop, div_mod, div, mod, bad, div_mod_flag, r, q, end < minus, asterisk, error, percentage, roof, slash, plus {
+def calc a, op, b @ try_add, try_sub, try_mul, try_mul_loop, try_div, try_mod, \
+        add, sub, mul, mul_loop, div_mod, div, mod, bad, div_mod_flag, r, q, end \
+        < minus, asterisk, error, percentage, roof, slash, plus {
     bit.zero error
 
   try_add:
@@ -159,7 +163,7 @@ def calc a, op, b @ try_add, try_sub, try_mul, try_mul_loop, try_div, try_mod, a
     ;end
 
   div_mod_flag:
-    bit
+    bit.bit
   r:
     bit.vec w
   q:
@@ -206,11 +210,11 @@ def print_int x @ print_hex, end < hex_used {
 
 op:     bit.vec 8, 0
 ascii:  bit.vec 8, 0
-error:  bit 0
+error:  bit.bit 0
 hex:    bit.vec 4, 0
 dec:    bit.vec 4, 0
-should_finish:  bit 0
-hex_used:       bit 0
+should_finish:  bit.bit 0
+hex_used:       bit.bit 0
 
 a:  bit.vec w, 0
 b:  bit.vec w, 0

diff --git a/programs/concept_checks/ptr.fj → programs/concept_checks/bit_ptr.fj b/programs/concept_checks/ptr.fj → programs/concept_checks/bit_ptr.fj
@@ -1,22 +1,22 @@
-startup
+stl.startup
 
 test0:
     bit.ptr_flip p0
     bit.if d0, d00, d01
     d00:
-         output '0'
+         stl.output '0'
          ;test1
     d01:
-         output '1'
+         stl.output '1'
          ;test1
 
 test1:
     bit.ptr_jump p1
     jump_to6:
-              output '6'
+              stl.output '6'
               ;test2
     jump_to7:
-              output '7'
+              stl.output '7'
               ;test2
 
 test2:
@@ -27,31 +27,29 @@ test2:
          ;p20
          ;p21
     p20:
-         output 'N'
+         stl.output 'N'
          ;test3
     p21:
-         output 'Y'
+         stl.output 'Y'
          ;test3
 
 test3:
     bit.zero d3_var
     bit.xor_from_ptr d3_var, p3
     bit.if d3_var, d30, d31
     d30:
-         output 'F'
-         loop
+         stl.output 'F'
+         stl.loop
     d31:
-         output 'T'
-         loop
+         stl.output 'T'
+         stl.loop
 
 
 
-    bit.ptr_init
-
   p0:
     bit.vec w, d0+dbit
   d0:
-    bit 0  // 0 => 1,  1 => 0
+    bit.bit 0  // 0 => 1,  1 => 0
 
   p1:
     bit.vec w, d1
@@ -63,11 +61,14 @@ test3:
   p2_jump:
     bit.vec w, d2
   d2:
-    bit 0  // 0 => N,  1 => Y
+    bit.bit 0  // 0 => N,  1 => Y
 
   p3:
     bit.vec w, d3
   d3:
-    bit 1  // 0 => F,  1 => T
+    bit.bit 1  // 0 => F,  1 => T
   d3_var:
-    bit 0
+    bit.bit 0
+
+
+bit.pointers.ptr_init
diff --git a/programs/concept_checks/casting.fj b/programs/concept_checks/casting.fj
@@ -1,31 +1,31 @@
-startup
+stl.startup
 
-bit2hex h, b0
+stl.bit2hex h, b0
 hex.print_as_digit h, 0
-bit2hex h, b1
+stl.bit2hex h, b1
 hex.print_as_digit h, 0
-output '\n'
+stl.output '\n'
 
-bit2hex 12, hex, bits
+stl.bit2hex 12, hex, bits
 hex.print_as_digit 3, hex, 0
-output '\n'
-output '\n'
+stl.output '\n'
+stl.output '\n'
 
-hex2bit 10, bits2, hex2
+stl.hex2bit 10, bits2, hex2
 hex.print_as_digit 10, hex2, 0
-output '\n'
-bit2hex 40, hex2, bits2
+stl.output '\n'
+stl.bit2hex 40, hex2, bits2
 bit.print_hex_uint 40, bits2, 0
-output '\n'
+stl.output '\n'
 bit.print_as_digit 40, bits2
-output '\n'
+stl.output '\n'
 
-loop
+stl.loop
 
 
-b0: bit 0
-b1: bit 1
-h: hex
+b0: bit.bit 0
+b1: bit.bit 1
+h: hex.hex
 bits: bit.vec 12, 0x123
 hex:  hex.vec 3