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4coder/power/4coder_handmade_hero.cpp

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/* NOTE(casey): This code is _extremely_ bad and is mostly just me hacking things
around to put in features I want in advance of 4coder having them properly.
Most of the time I haven't even taken enough time to read the 4coder API
to know what I'm actually even doing. So if you decide to use the code in
here, be advised that it might be super crashy or break something or cause you
to lose work or who knows what else!
DON'T SAY I WE DIDN'T WARN YA: This custom extension provided "as is" without
warranty of any kind, either express or implied, including without
limitation any implied warranties of condition, uninterrupted use,
merchantability, fitness for a particular purpose, or non-infringement.
*/
/* TODO(casey): Here are our current issues
- Display:
- Bug in scroll callback that seems to always pass the same view id instead of
the correct id for each view?
- Jumping to subsequent errors in a file seems to jump to an unrelated position
then scroll back to the actual position, which results in lots of extra scrolling
- Need a way of highlighting the current line like Emacs does for the benefit
of people on The Stream(TM)
- Some way to recenter the view so that the line containing the cursor becomes the
center line vertically.
- NOTE / IMPORTANT / TODO highlighting? Ability to customize? Whatever.
- Some kind of parentheses highlighting? I can write this myself, but I
would need some way of adding highlight information to the buffer.
- Indentation:
- Multiple // lines don't seem to indent properly. The first one will go to the correct place, but the subsequent ones will go to the first column regardless?
- Would like the option to indent to hanging parentheses, equals signs, etc. instead of
always just "one tab in from the previous line".
- Crash bug with paste-and-indent that sometimes leaves things unindented then crashes
- Need to have better indentation / wrapping control for typing in comments.
Right now it's a bit worse than Emacs, which does automatically put you at
the same margin as the prev. line (4coder just goes back to column 1). It'd
be nice if it go _better_ than Emacs, with no need to manually flow comments,
etc.
- Buffer management:
- Bug in view iteration such that buffer_id is sometimes set to 0, so you can't find the view
for a buffer?
- Have buffers normalize slashes to always be forward-slash - right now I'm doing this manually
- Switch-to-buffer with no typing, just return, should switch to the most recently
used buffer that is not currently displayed in a view.
- Kill-buffer should perform this switch automatically, or it should be easy
to build a custom kill buffer that does
- Seems like there's no way to switch to buffers whose names are substrings of other
buffers' names without using the mouse?
- Need auto-complete for things like "arbitrary command", with options listed, etc.,
so this should either be built into 4ed, or the custom DLL should have the ability
to display possible completions and iterate over internal cmdid's, etc. Possibly
the latter, for maximal ability of customizers to add their own commands?
- Macro recording/playback
*/
// NOTE(casey): Microsoft/Windows is poopsauce.
#include <math.h>
#include <stdio.h>
#ifndef Assert
#define internal static
#define Assert assert
#endif
static bool GlobalEditMode;
static char *GlobalCompilationBufferName = "*compilation*";
// TODO(casey): If 4coder gets variables at some point, this would go in a variable.
static char BuildDirectory[4096] = "./";
static int ErrorParsingPosition;
static int ErrorParsingLastJumpLine;
static int ErrorParsingLastBufferID;
enum token_type
{
Token_Unknown,
Token_OpenParen,
Token_CloseParen,
Token_Asterisk,
Token_Minus,
Token_Plus,
Token_ForwardSlash,
Token_Percent,
Token_Colon,
Token_Number,
Token_EndOfStream,
};
struct token
{
token_type Type;
size_t TextLength;
char *Text;
};
struct tokenizer
{
char *At;
};
inline bool
IsEndOfLine(char C)
{
bool Result = ((C == '\n') ||
(C == '\r'));
return(Result);
}
inline bool
IsWhitespace(char C)
{
bool Result = ((C == ' ') ||
(C == '\t') ||
(C == '\v') ||
(C == '\f') ||
IsEndOfLine(C));
return(Result);
}
inline bool
IsAlpha(char C)
{
bool Result = (((C >= 'a') && (C <= 'z')) ||
((C >= 'A') && (C <= 'Z')));
return(Result);
}
inline bool
IsNumeric(char C)
{
bool Result = ((C >= '0') && (C <= '9'));
return(Result);
}
static void
EatAllWhitespace(tokenizer *Tokenizer)
{
for(;;)
{
if(IsWhitespace(Tokenizer->At[0]))
{
++Tokenizer->At;
}
else if((Tokenizer->At[0] == '/') &&
(Tokenizer->At[1] == '/'))
{
Tokenizer->At += 2;
while(Tokenizer->At[0] && !IsEndOfLine(Tokenizer->At[0]))
{
++Tokenizer->At;
}
}
else if((Tokenizer->At[0] == '/') &&
(Tokenizer->At[1] == '*'))
{
Tokenizer->At += 2;
while(Tokenizer->At[0] &&
!((Tokenizer->At[0] == '*') &&
(Tokenizer->At[1] == '/')))
{
++Tokenizer->At;
}
if(Tokenizer->At[0] == '*')
{
Tokenizer->At += 2;
}
}
else
{
break;
}
}
}
static token
GetToken(tokenizer *Tokenizer)
{
EatAllWhitespace(Tokenizer);
token Token = {};
Token.TextLength = 1;
Token.Text = Tokenizer->At;
char C = Tokenizer->At[0];
++Tokenizer->At;
switch(C)
{
case 0: {--Tokenizer->At; Token.Type = Token_EndOfStream;} break;
case '(': {Token.Type = Token_OpenParen;} break;
case ')': {Token.Type = Token_CloseParen;} break;
case '*': {Token.Type = Token_Asterisk;} break;
case '-': {Token.Type = Token_Minus;} break;
case '+': {Token.Type = Token_Plus;} break;
case '/': {Token.Type = Token_ForwardSlash;} break;
case '%': {Token.Type = Token_Percent;} break;
case ':': {Token.Type = Token_Colon;} break;
default:
{
if(IsNumeric(C))
{
// TODO(casey): Real number
Token.Type = Token_Number;
while(IsNumeric(Tokenizer->At[0]) ||
(Tokenizer->At[0] == '.') ||
(Tokenizer->At[0] == 'f'))
{
++Tokenizer->At;
Token.TextLength = Tokenizer->At - Token.Text;
}
}
else
{
Token.Type = Token_Unknown;
}
} break;
}
return(Token);
}
static token
PeekToken(tokenizer *Tokenizer)
{
tokenizer Tokenizer2 = *Tokenizer;
token Result = GetToken(&Tokenizer2);
return(Result);
}
inline bool
IsH(String extension)
{
bool Result = (match(extension, make_lit_string("h")) ||
match(extension, make_lit_string("hpp")) ||
match(extension, make_lit_string("hin")));
return(Result);
}
inline bool
IsCPP(String extension)
{
bool Result = (match(extension, make_lit_string("c")) ||
match(extension, make_lit_string("cpp")) ||
match(extension, make_lit_string("cin")));
return(Result);
}
inline bool
IsINL(String extension)
{
bool Result = (match(extension, make_lit_string("inl")));
return(Result);
}
inline bool
IsCode(String extension)
{
bool Result = (IsH(extension) || IsCPP(extension) || IsINL(extension));
return(Result);
}
CUSTOM_COMMAND_SIG(casey_open_in_other)
{
exec_command(app, cmdid_change_active_panel);
exec_command(app, cmdid_interactive_open);
}
CUSTOM_COMMAND_SIG(casey_clean_and_save)
{
exec_command(app, cmdid_clean_all_lines);
exec_command(app, cmdid_eol_nixify);
exec_command(app, cmdid_save);
}
CUSTOM_COMMAND_SIG(casey_newline_and_indent)
{
exec_command(app, cmdid_write_character);
exec_command(app, auto_tab_line_at_cursor);
}
CUSTOM_COMMAND_SIG(casey_open_file_other_window)
{
exec_command(app, cmdid_change_active_panel);
exec_command(app, cmdid_interactive_open);
}
CUSTOM_COMMAND_SIG(casey_switch_buffer_other_window)
{
exec_command(app, cmdid_change_active_panel);
exec_command(app, cmdid_interactive_switch_buffer);
}
internal void
DeleteAfterCommand(struct Application_Links *app, unsigned long long CommandID)
{
View_Summary view = app->get_active_view(app);
int pos2 = view.cursor.pos;
if (CommandID < cmdid_count){
exec_command(app, (Command_ID)CommandID);
}
else{
exec_command(app, (Custom_Command_Function*)CommandID);
}
app->refresh_view(app, &view);
int pos1 = view.cursor.pos;
Range range = make_range(pos1, pos2);
Buffer_Summary buffer = app->get_buffer(app, view.buffer_id);
app->buffer_replace_range(app, &buffer, range.min, range.max, 0, 0);
}
CUSTOM_COMMAND_SIG(casey_delete_token_left)
{
DeleteAfterCommand(app, (unsigned long long)seek_white_or_token_left);
}
CUSTOM_COMMAND_SIG(casey_delete_token_right)
{
DeleteAfterCommand(app, (unsigned long long)seek_white_or_token_right);
}
CUSTOM_COMMAND_SIG(casey_kill_to_end_of_line)
{
View_Summary view = app->get_active_view(app);
int pos2 = view.cursor.pos;
exec_command(app, cmdid_seek_end_of_line);
app->refresh_view(app, &view);
int pos1 = view.cursor.pos;
Range range = make_range(pos1, pos2);
if(pos1 == pos2)
{
range.max += 1;
}
Buffer_Summary buffer = app->get_buffer(app, view.buffer_id);
app->buffer_replace_range(app, &buffer, range.min, range.max, 0, 0);
}
CUSTOM_COMMAND_SIG(casey_paste_and_tab)
{
exec_command(app, cmdid_paste);
exec_command(app, cmdid_auto_tab_range);
}
CUSTOM_COMMAND_SIG(casey_seek_beginning_of_line_and_tab)
{
exec_command(app, cmdid_seek_beginning_of_line);
exec_command(app, auto_tab_line_at_cursor);
}
struct switch_to_result
{
bool Switched;
bool Loaded;
View_Summary view;
Buffer_Summary buffer;
};
inline void
SanitizeSlashes(String Value)
{
for(int At = 0;
At < Value.size;
++At)
{
if(Value.str[At] == '\\')
{
Value.str[At] = '/';
}
}
}
inline switch_to_result
SwitchToOrLoadFile(struct Application_Links *app, String FileName, bool CreateIfNotFound = false)
{
switch_to_result Result = {};
SanitizeSlashes(FileName);
View_Summary view = app->get_active_view(app);
Buffer_Summary buffer = app->get_buffer_by_name(app, FileName.str, FileName.size);
Result.view = view;
Result.buffer = buffer;
if(buffer.exists)
{
app->view_set_buffer(app, &view, buffer.buffer_id);
Result.Switched = true;
}
else
{
if(app->file_exists(app, FileName.str, FileName.size) || CreateIfNotFound)
{
push_parameter(app, par_name, expand_str(FileName));
// TODO(casey): Do I have to check for existence, or can I pass a parameter
// to interactive open to tell it to fail if the file isn't there?
exec_command(app, cmdid_interactive_open);
Result.buffer = app->get_buffer_by_name(app, FileName.str, FileName.size);
Result.Loaded = true;
Result.Switched = true;
}
}
return(Result);
}
CUSTOM_COMMAND_SIG(casey_load_todo)
{
String ToDoFileName = make_lit_string("w:/handmade/code/todo.txt");
SwitchToOrLoadFile(app, ToDoFileName, true);
}
inline String Empty() {String Result = {}; return(Result);}
CUSTOM_COMMAND_SIG(casey_build_search)
{
int keep_going = 1;
int old_size;
// TODO(allen): It's fine to get memory this way for now, eventually
// we should properly suballocating from app->memory.
String dir = make_string(app->memory, 0, app->memory_size);
dir.size = app->directory_get_hot(app, dir.str, dir.memory_size);
while (keep_going)
{
old_size = dir.size;
append(&dir, "build.bat");
if (app->file_exists(app, dir.str, dir.size))
{
dir.size = old_size;
memcpy(BuildDirectory, dir.str, dir.size);
BuildDirectory[dir.size] = 0;
return;
}
dir.size = old_size;
if (app->directory_cd(app, dir.str, &dir.size, dir.memory_size, literal("..")) == 0)
{
keep_going = 0;
}
}
// TODO(casey): How do I print out that it found or didn't find something?
}
CUSTOM_COMMAND_SIG(casey_find_corresponding_file)
{
View_Summary view = app->get_active_view(app);
Buffer_Summary buffer = app->get_buffer(app, view.buffer_id);
String extension = file_extension(make_string(buffer.file_name, buffer.file_name_len));
if (extension.str)
{
char *HExtensions[] =
{
"hpp",
"hin",
"h",
};
char *CExtensions[] =
{
"c",
"cin",
"cpp",
};
int ExtensionCount = 0;
char **Extensions = 0;
if(IsH(extension))
{
ExtensionCount = ArrayCount(CExtensions);
Extensions = CExtensions;
}
else if(IsCPP(extension) || IsINL(extension))
{
ExtensionCount = ArrayCount(HExtensions);
Extensions = HExtensions;
}
int MaxExtensionLength = 3;
int Space = (int)(buffer.file_name_len + MaxExtensionLength);
String FileNameStem = make_string(buffer.file_name, (int)(extension.str - buffer.file_name), 0);
String TestFileName = make_string(app->push_memory(app, Space), 0, Space);
for(int ExtensionIndex = 0;
ExtensionCount;
++ExtensionIndex)
{
TestFileName.size = 0;
append(&TestFileName, FileNameStem);
append(&TestFileName, Extensions[ExtensionIndex]);
if(SwitchToOrLoadFile(app, TestFileName, ((ExtensionIndex + 1) == ExtensionCount)).Switched)
{
break;
}
}
}
}
CUSTOM_COMMAND_SIG(casey_save_and_make_without_asking)
{
exec_command(app, cmdid_change_active_panel);
Buffer_Summary buffer = {};
for(buffer = app->get_buffer_first(app);
buffer.exists;
app->get_buffer_next(app, &buffer))
{
push_parameter(app, par_name, buffer.file_name, buffer.file_name_len);
push_parameter(app, par_buffer_id, buffer.buffer_id);
exec_command(app, cmdid_save);
}
String dir = make_string(app->memory, 0, app->memory_size);
append(&dir, BuildDirectory);
push_parameter(app, par_flags, CLI_OverlapWithConflict);
push_parameter(app, par_name, GlobalCompilationBufferName, (int)strlen(GlobalCompilationBufferName));
push_parameter(app, par_cli_path, dir.str, dir.size);
if(append(&dir, "build"))
{
push_parameter(app, par_cli_command, dir.str, dir.size);
exec_command(app, cmdid_command_line);
ErrorParsingPosition = 0;
ErrorParsingLastJumpLine = 0;
ErrorParsingLastBufferID = 0;
exec_command(app, cmdid_change_active_panel);
}
else{
app->clear_parameters(app);
}
}
struct Parsed_Error
{
int exists;
String target_file_name;
int target_line_number;
int source_buffer_id;
int source_position;
};
internal bool
casey_errors_are_the_same(Parsed_Error a, Parsed_Error b)
{
bool result = ((a.exists == b.exists) && match(a.target_file_name, b.target_file_name) && (a.target_line_number == b.target_line_number));
return(result);
}
internal void
casey_goto_error(Application_Links *app, Parsed_Error e)
{
if(e.exists)
{
switch_to_result Switch = SwitchToOrLoadFile(app, e.target_file_name, false);
if(Switch.Switched)
{
app->view_set_cursor(app, &Switch.view, seek_line_char(e.target_line_number, 0), 1);
}
View_Summary compilation_view = get_first_view_with_buffer(app, e.source_buffer_id);
if(compilation_view.exists)
{
app->view_set_cursor(app, &compilation_view, seek_pos(e.source_position), 1);
}
}
}
internal Parsed_Error
casey_parse_error(Application_Links *app, Buffer_Summary buffer, View_Summary view)
{
Parsed_Error result = {};
app->refresh_view(app, &view);
int restore_pos = view.cursor.pos;
app->view_set_cursor(app, &view, seek_line_char(view.cursor.line, 1), 1);
app->refresh_view(app, &view);
int start = view.cursor.pos;
app->view_set_cursor(app, &view, seek_line_char(view.cursor.line, 65536), 1);
app->refresh_view(app, &view);
int end = view.cursor.pos;
app->view_set_cursor(app, &view, seek_pos(restore_pos), 1);
app->refresh_view(app, &view);
int size = end - start;
char *ParsingRegion = (char *)malloc(size + 1);
app->buffer_read_range(app, &buffer, start, end, ParsingRegion);
ParsingRegion[size] = 0;
tokenizer Tokenizer = {ParsingRegion};
for(;;)
{
token Token = GetToken(&Tokenizer);
if(Token.Type == Token_OpenParen)
{
token LineToken = GetToken(&Tokenizer);
if(LineToken.Type == Token_Number)
{
token CloseToken = GetToken(&Tokenizer);
if(CloseToken.Type == Token_CloseParen)
{
token ColonToken = GetToken(&Tokenizer);
if(ColonToken.Type == Token_Colon)
{
// NOTE(casey): We maybe found an error!
int line_number = atoi(LineToken.Text);
char *Seek = Token.Text;
while(Seek != ParsingRegion)
{
if(IsEndOfLine(*Seek))
{
while(IsWhitespace(*Seek))
{
++Seek;
}
break;
}
--Seek;
}
result.exists = true;
result.target_file_name = make_string(Seek, (int)(Token.Text - Seek));;
result.target_line_number = line_number;
result.source_buffer_id = buffer.buffer_id;
result.source_position = start + (int)(ColonToken.Text - ParsingRegion);
int start_pos;
for (start_pos = 0;
start_pos < result.target_file_name.size && result.target_file_name.str[start_pos] == ' ';
++start_pos);
result.target_file_name = substr(result.target_file_name, start_pos);
break;
}
}
}
}
else if(Token.Type == Token_EndOfStream)
{
break;
}
}
return(result);
}
internal void
casey_seek_error_dy(Application_Links *app, int dy)
{
Buffer_Summary Buffer = app->get_buffer_by_name(app, GlobalCompilationBufferName, (int)strlen(GlobalCompilationBufferName));
View_Summary compilation_view = get_first_view_with_buffer(app, Buffer.buffer_id);
// NOTE(casey): First get the current error (which may be none, if we've never parsed before)
Parsed_Error StartingError = casey_parse_error(app, Buffer, compilation_view);
// NOTE(casey): Now hunt for the previous distinct error
for(;;)
{
int prev_pos = compilation_view.cursor.pos;
app->view_set_cursor(app, &compilation_view, seek_line_char(compilation_view.cursor.line + dy, 0), 1);
app->refresh_view(app, &compilation_view);
if(compilation_view.cursor.pos != prev_pos)
{
Parsed_Error Error = casey_parse_error(app, Buffer, compilation_view);
if(Error.exists && !casey_errors_are_the_same(StartingError, Error))
{
casey_goto_error(app, Error);
break;
}
}
else
{
break;
}
}
}
CUSTOM_COMMAND_SIG(casey_goto_previous_error)
{
casey_seek_error_dy(app, -1);
}
CUSTOM_COMMAND_SIG(casey_goto_next_error)
{
casey_seek_error_dy(app, 1);
}
CUSTOM_COMMAND_SIG(casey_imenu)
{
// TODO(casey): Implement!
}
//
// TODO(casey): Everything below this line probably isn't possible yet
//
CUSTOM_COMMAND_SIG(casey_call_keyboard_macro)
{
// TODO(casey): Implement!
}
CUSTOM_COMMAND_SIG(casey_begin_keyboard_macro_recording)
{
// TODO(casey): Implement!
}
CUSTOM_COMMAND_SIG(casey_end_keyboard_macro_recording)
{
// TODO(casey): Implement!
}
CUSTOM_COMMAND_SIG(casey_fill_paragraph)
{
// TODO(casey): Implement!
}
enum calc_node_type
{
CalcNode_UnaryMinus,
CalcNode_Add,
CalcNode_Subtract,
CalcNode_Multiply,
CalcNode_Divide,
CalcNode_Mod,
CalcNode_Constant,
};
struct calc_node
{
calc_node_type Type;
double Value;
calc_node *Left;
calc_node *Right;
};
internal double
ExecCalcNode(calc_node *Node)
{
double Result = 0.0f;
if(Node)
{
switch(Node->Type)
{
case CalcNode_UnaryMinus: {Result = -ExecCalcNode(Node->Left);} break;
case CalcNode_Add: {Result = ExecCalcNode(Node->Left) + ExecCalcNode(Node->Right);} break;
case CalcNode_Subtract: {Result = ExecCalcNode(Node->Left) - ExecCalcNode(Node->Right);} break;
case CalcNode_Multiply: {Result = ExecCalcNode(Node->Left) * ExecCalcNode(Node->Right);} break;
case CalcNode_Divide: {/*TODO(casey): Guard 0*/Result = ExecCalcNode(Node->Left) / ExecCalcNode(Node->Right);} break;
case CalcNode_Mod: {/*TODO(casey): Guard 0*/Result = fmod(ExecCalcNode(Node->Left), ExecCalcNode(Node->Right));} break;
case CalcNode_Constant: {Result = Node->Value;} break;
default: {Assert(!"AHHHHH!");}
}
}
return(Result);
}
internal void
FreeCalcNode(calc_node *Node)
{
if(Node)
{
FreeCalcNode(Node->Left);
FreeCalcNode(Node->Right);
free(Node);
}
}
internal calc_node *
AddNode(calc_node_type Type, calc_node *Left = 0, calc_node *Right = 0)
{
calc_node *Node = (calc_node *)malloc(sizeof(calc_node));
Node->Type = Type;
Node->Value = 0;
Node->Left = Left;
Node->Right = Right;
return(Node);
}
internal calc_node *
ParseNumber(tokenizer *Tokenizer)
{
calc_node *Result = AddNode(CalcNode_Constant);
token Token = GetToken(Tokenizer);
Result->Value = atof(Token.Text);
return(Result);
}
internal calc_node *
ParseConstant(tokenizer *Tokenizer)
{
calc_node *Result = 0;
token Token = PeekToken(Tokenizer);
if(Token.Type == Token_Minus)
{
Token = GetToken(Tokenizer);
Result = AddNode(CalcNode_UnaryMinus);
Result->Left = ParseNumber(Tokenizer);
}
else
{
Result = ParseNumber(Tokenizer);
}
return(Result);
}
internal calc_node *
ParseMultiplyExpression(tokenizer *Tokenizer)
{
calc_node *Result = 0;
token Token = PeekToken(Tokenizer);
if((Token.Type == Token_Minus) ||
(Token.Type == Token_Number))
{
Result = ParseConstant(Tokenizer);
token Token = PeekToken(Tokenizer);
if(Token.Type == Token_ForwardSlash)
{
GetToken(Tokenizer);
Result = AddNode(CalcNode_Divide, Result, ParseNumber(Tokenizer));
}
else if(Token.Type == Token_Asterisk)
{
GetToken(Tokenizer);
Result = AddNode(CalcNode_Multiply, Result, ParseNumber(Tokenizer));
}
}
return(Result);
}
internal calc_node *
ParseAddExpression(tokenizer *Tokenizer)
{
calc_node *Result = 0;
token Token = PeekToken(Tokenizer);
if((Token.Type == Token_Minus) ||
(Token.Type == Token_Number))
{
Result = ParseMultiplyExpression(Tokenizer);
token Token = PeekToken(Tokenizer);
if(Token.Type == Token_Plus)
{
GetToken(Tokenizer);
Result = AddNode(CalcNode_Add, Result, ParseMultiplyExpression(Tokenizer));
}
else if(Token.Type == Token_Minus)
{
GetToken(Tokenizer);
Result = AddNode(CalcNode_Subtract, Result, ParseMultiplyExpression(Tokenizer));
}
}
return(Result);
}
internal calc_node *
ParseCalc(tokenizer *Tokenizer)
{
calc_node *Node = ParseAddExpression(Tokenizer);
return(Node);
}
CUSTOM_COMMAND_SIG(casey_quick_calc)
{
View_Summary view = app->get_active_view(app);
Range range = get_range(&view);
size_t Size = range.max - range.min;
char *Stuff = (char *)malloc(Size + 1);
Stuff[Size] = 0;
Buffer_Summary buffer = app->get_buffer(app, view.buffer_id);
app->buffer_read_range(app, &buffer, range.min, range.max, Stuff);
tokenizer Tokenizer = {Stuff};
calc_node *CalcTree = ParseCalc(&Tokenizer);
double ComputedValue = ExecCalcNode(CalcTree);
FreeCalcNode(CalcTree);
char ResultBuffer[256];
int ResultSize = sprintf(ResultBuffer, "%f", ComputedValue);
app->buffer_replace_range(app, &buffer, range.min, range.max, ResultBuffer, ResultSize);
free(Stuff);
}
internal void
OpenProject(Application_Links *app, char *ProjectFileName)
{
FILE *ProjectFile = fopen(ProjectFileName, "r");
if(ProjectFile)
{
fgets(BuildDirectory, sizeof(BuildDirectory) - 1, ProjectFile);
size_t BuildDirSize = strlen(BuildDirectory);
if((BuildDirSize) && (BuildDirectory[BuildDirSize - 1] == '\n'))
{
--BuildDirSize;
}
if((BuildDirSize) && (BuildDirectory[BuildDirSize - 1] != '/'))
{
BuildDirectory[BuildDirSize++] = '/';
BuildDirectory[BuildDirSize] = 0;
}
char FileDirectoryName[4096];
while(fgets(FileDirectoryName, sizeof(FileDirectoryName) - 1, ProjectFile))
{
// NOTE(allen|a3.4.4): Here we get the list of files in this directory.
// Notice that we free_file_list at the end.
String dir = make_string(app->memory, 0, app->memory_size);
append(&dir, FileDirectoryName);
if(dir.size && dir.str[dir.size] == '\n')
{
--dir.size;
}
if(dir.size && dir.str[dir.size] != '/')
{
dir.str[dir.size] = '/';
++dir.size;
}
File_List list = app->get_file_list(app, dir.str, dir.size);
int dir_size = dir.size;
for (int i = 0; i < list.count; ++i)
{
File_Info *info = list.infos + i;
if (!info->folder)
{
String extension = file_extension(info->filename);
if (IsCode(extension))
{
// NOTE(allen): There's no way in the 4coder API to use relative
// paths at the moment, so everything should be full paths. Which is
// managable. Here simply set the dir string size back to where it
// was originally, so that new appends overwrite old ones.
dir.size = dir_size;
append(&dir, info->filename);
push_parameter(app, par_name, dir.str, dir.size);
push_parameter(app, par_do_in_background, 1);
exec_command(app, cmdid_interactive_open);
}
}
}
app->free_file_list(app, list);
}
fclose(ProjectFile);
}
}
CUSTOM_COMMAND_SIG(casey_execute_arbitrary_command)
{
Query_Bar bar;
char space[1024], more_space[1024];
bar.prompt = make_lit_string("Command: ");
bar.string = make_fixed_width_string(space);
if (!query_user_string(app, &bar)) return;
app->end_query_bar(app, &bar, 0);
if(match(bar.string, make_lit_string("project")))
{
// exec_command(app, open_all_code);
}
else if(match(bar.string, make_lit_string("open menu")))
{
exec_command(app, cmdid_open_menu);
}
else
{
bar.prompt = make_fixed_width_string(more_space);
append(&bar.prompt, make_lit_string("Unrecognized: "));
append(&bar.prompt, bar.string);
bar.string.size = 0;
app->start_query_bar(app, &bar, 0);
app->get_user_input(app, EventOnAnyKey | EventOnButton, 0);
}
}
internal void
UpdateModalIndicator(Application_Links *app)
{
Theme_Color normal_colors[] = {
{Stag_Cursor, 0x40FF40},
{Stag_At_Cursor, 0x161616},
{Stag_Mark, 0x808080},
{Stag_Margin, 0x262626},
{Stag_Margin_Hover, 0x333333},
{Stag_Margin_Active, 0x404040},
{Stag_Bar, 0xCACACA}
};
Theme_Color edit_colors[] = {
{Stag_Cursor, 0xFF0000},
{Stag_At_Cursor, 0x00FFFF},
{Stag_Mark, 0xFF6F1A},
{Stag_Margin, 0x33170B},
{Stag_Margin_Hover, 0x49200F},
{Stag_Margin_Active, 0x934420},
{Stag_Bar, 0x934420}
};
if (GlobalEditMode){
app->set_theme_colors(app, edit_colors, ArrayCount(edit_colors));
}
else{
app->set_theme_colors(app, normal_colors, ArrayCount(normal_colors));
}
}
CUSTOM_COMMAND_SIG(begin_free_typing)
{
GlobalEditMode = false;
UpdateModalIndicator(app);
}
CUSTOM_COMMAND_SIG(end_free_typing)
{
GlobalEditMode = true;
UpdateModalIndicator(app);
}
#define DEFINE_FULL_BIMODAL_KEY(binding_name,edit_code,normal_code) \
CUSTOM_COMMAND_SIG(binding_name) \
{ \
if(GlobalEditMode) \
{ \
edit_code; \
} \
else \
{ \
normal_code; \
} \
}
#define DEFINE_BIMODAL_KEY(binding_name,edit_code,normal_code) DEFINE_FULL_BIMODAL_KEY(binding_name,exec_command(app,edit_code),exec_command(app,normal_code))
#define DEFINE_MODAL_KEY(binding_name,edit_code) DEFINE_BIMODAL_KEY(binding_name,edit_code,cmdid_write_character)
// cmdid_paste_next ?
// cmdid_timeline_scrub ?
// cmdid_history_backward,
// cmdid_history_forward,
// cmdid_toggle_line_wrap,
// cmdid_close_minor_view,
DEFINE_MODAL_KEY(modal_space, cmdid_set_mark);
DEFINE_MODAL_KEY(modal_back_slash, casey_clean_and_save);
DEFINE_MODAL_KEY(modal_single_quote, casey_call_keyboard_macro);
DEFINE_MODAL_KEY(modal_comma, casey_goto_previous_error);
DEFINE_MODAL_KEY(modal_period, casey_fill_paragraph);
DEFINE_MODAL_KEY(modal_forward_slash, cmdid_change_active_panel);
DEFINE_MODAL_KEY(modal_semicolon, cmdid_cursor_mark_swap); // TODO(casey): Maybe cmdid_history_backward?
DEFINE_BIMODAL_KEY(modal_open_bracket, casey_begin_keyboard_macro_recording, write_and_auto_tab);
DEFINE_BIMODAL_KEY(modal_close_bracket, casey_end_keyboard_macro_recording, write_and_auto_tab);
DEFINE_MODAL_KEY(modal_a, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_b, cmdid_interactive_switch_buffer);
DEFINE_MODAL_KEY(modal_c, casey_find_corresponding_file);
DEFINE_MODAL_KEY(modal_d, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_e, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_f, casey_paste_and_tab);
DEFINE_MODAL_KEY(modal_g, goto_line);
DEFINE_MODAL_KEY(modal_h, cmdid_auto_tab_range);
DEFINE_MODAL_KEY(modal_i, cmdid_redo);
DEFINE_MODAL_KEY(modal_j, casey_imenu);
DEFINE_MODAL_KEY(modal_k, casey_kill_to_end_of_line);
DEFINE_MODAL_KEY(modal_l, replace_in_range);
DEFINE_MODAL_KEY(modal_m, casey_save_and_make_without_asking);
DEFINE_MODAL_KEY(modal_n, casey_goto_next_error);
DEFINE_MODAL_KEY(modal_o, query_replace);
DEFINE_MODAL_KEY(modal_p, casey_quick_calc);
DEFINE_MODAL_KEY(modal_q, cmdid_copy);
DEFINE_MODAL_KEY(modal_r, reverse_search); // NOTE(allen): I've modified my default search so you can use it now.
DEFINE_MODAL_KEY(modal_s, search);
DEFINE_MODAL_KEY(modal_t, casey_load_todo);
DEFINE_MODAL_KEY(modal_u, cmdid_undo);
DEFINE_MODAL_KEY(modal_v, casey_switch_buffer_other_window);
DEFINE_MODAL_KEY(modal_w, cmdid_cut);
DEFINE_MODAL_KEY(modal_x, casey_open_file_other_window);
DEFINE_MODAL_KEY(modal_y, auto_tab_line_at_cursor);
DEFINE_MODAL_KEY(modal_z, cmdid_interactive_open);
DEFINE_MODAL_KEY(modal_1, casey_build_search); // TODO(casey): Shouldn't need to bind a key for this?
DEFINE_MODAL_KEY(modal_2, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_3, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_4, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_5, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_6, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_7, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_8, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_9, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_0, cmdid_kill_buffer);
DEFINE_MODAL_KEY(modal_minus, cmdid_write_character); // TODO(casey): Available
DEFINE_MODAL_KEY(modal_equals, casey_execute_arbitrary_command);
DEFINE_BIMODAL_KEY(modal_backspace, casey_delete_token_left, cmdid_backspace);
DEFINE_BIMODAL_KEY(modal_up, cmdid_move_up, cmdid_move_up);
DEFINE_BIMODAL_KEY(modal_down, cmdid_move_down, cmdid_move_down);
DEFINE_BIMODAL_KEY(modal_left, seek_white_or_token_left, cmdid_move_left);
DEFINE_BIMODAL_KEY(modal_right, seek_white_or_token_right, cmdid_move_right);
DEFINE_BIMODAL_KEY(modal_delete, casey_delete_token_right, cmdid_delete);
DEFINE_BIMODAL_KEY(modal_home, cmdid_seek_beginning_of_line, casey_seek_beginning_of_line_and_tab);
DEFINE_BIMODAL_KEY(modal_end, cmdid_seek_end_of_line, cmdid_seek_end_of_line);
DEFINE_BIMODAL_KEY(modal_page_up, cmdid_page_up, cmdid_seek_whitespace_up);
DEFINE_BIMODAL_KEY(modal_page_down, cmdid_page_down, cmdid_seek_whitespace_down);
DEFINE_BIMODAL_KEY(modal_tab, cmdid_word_complete, cmdid_word_complete);
HOOK_SIG(casey_file_settings)
{
// NOTE(allen|a4): As of alpha 4 hooks can have parameters which are
// received through functions like this app->get_parameter_buffer.
// This is different from the past where this hook got a buffer
// from app->get_active_buffer.
Buffer_Summary buffer = app->get_parameter_buffer(app, 0);
int treat_as_code = 0;
int treat_as_project = 0;
if (buffer.file_name && buffer.size < (16 << 20))
{
String ext = file_extension(make_string(buffer.file_name, buffer.file_name_len));
treat_as_code = IsCode(ext);
treat_as_project = match(ext, make_lit_string("prj"));
}
push_parameter(app, par_lex_as_cpp_file, treat_as_code);
push_parameter(app, par_wrap_lines, !treat_as_code);
push_parameter(app, par_key_mapid, (treat_as_code)?((int)my_code_map):((int)mapid_file));
exec_command(app, cmdid_set_settings);
if(treat_as_project)
{
OpenProject(app, buffer.file_name);
exec_command(app, cmdid_kill_buffer);
}
return(0);
}
bool
CubicUpdateFixedDuration1(float *P0, float *V0, float P1, float V1, float Duration, float dt)
{
bool Result = false;
if(dt > 0)
{
if(Duration < dt)
{
*P0 = P1 + (dt - Duration)*V1;
*V0 = V1;
Result = true;
}
else
{
float t = (dt / Duration);
float u = (1.0f - t);
float C0 = 1*u*u*u;
float C1 = 3*u*u*t;
float C2 = 3*u*t*t;
float C3 = 1*t*t*t;
float dC0 = -3*u*u;
float dC1 = -6*u*t + 3*u*u;
float dC2 = 6*u*t - 3*t*t;
float dC3 = 3*t*t;
float B0 = *P0;
float B1 = *P0 + (Duration / 3.0f) * *V0;
float B2 = P1 - (Duration / 3.0f) * V1;
float B3 = P1;
*P0 = C0*B0 + C1*B1 + C2*B2 + C3*B3;
*V0 = (dC0*B0 + dC1*B1 + dC2*B2 + dC3*B3) * (1.0f / Duration);
}
}
return(Result);
}
struct Casey_Scroll_Velocity
{
float x, y, t;
};
Casey_Scroll_Velocity casey_scroll_velocity_[16] = {0};
Casey_Scroll_Velocity *casey_scroll_velocity = casey_scroll_velocity_ - 1;
SCROLL_RULE_SIG(casey_smooth_scroll_rule){
float dt = 1.0f/30.0f; // TODO(casey): Why do I not get the timestep here?
Casey_Scroll_Velocity *velocity = casey_scroll_velocity + view_id;
int result = 0;
if(is_new_target)
{
if((*scroll_x != target_x) ||
(*scroll_y != target_y))
{
velocity->t = 0.1f;
}
}
if(velocity->t > 0)
{
result = !(CubicUpdateFixedDuration1(scroll_x, &velocity->x, target_x, 0.0f, velocity->t, dt) ||
CubicUpdateFixedDuration1(scroll_y, &velocity->y, target_y, 0.0f, velocity->t, dt));
}
velocity->t -= dt;
if(velocity->t < 0)
{
velocity->t = 0;
*scroll_x = target_x;
*scroll_y = target_y;
result = 1;
}
return(result);
}
#include <windows.h>
#pragma comment(lib, "user32.lib")
static HWND GlobalWindowHandle;
static WINDOWPLACEMENT GlobalWindowPosition = {sizeof(GlobalWindowPosition)};
internal BOOL CALLBACK win32_find_4coder_window(HWND Window, LPARAM LParam)
{
BOOL Result = TRUE;
char TestClassName[256];
GetClassName(Window, TestClassName, sizeof(TestClassName));
if((strcmp("4coder-win32-wndclass", TestClassName) == 0) &&
((HINSTANCE)GetWindowLongPtr(Window, GWLP_HINSTANCE) == GetModuleHandle(0)))
{
GlobalWindowHandle = Window;
Result = FALSE;
}
return(Result);
}
internal void
win32_toggle_fullscreen(void)
{
// NOTE(casey): This follows Raymond Chen's prescription
// for fullscreen toggling, see:
// http://blogs.msdn.com/b/oldnewthing/archive/2010/04/12/9994016.aspx
HWND Window = GlobalWindowHandle;
DWORD Style = GetWindowLong(Window, GWL_STYLE);
if(Style & WS_OVERLAPPEDWINDOW)
{
MONITORINFO MonitorInfo = {sizeof(MonitorInfo)};
if(GetWindowPlacement(Window, &GlobalWindowPosition) &&
GetMonitorInfo(MonitorFromWindow(Window, MONITOR_DEFAULTTOPRIMARY), &MonitorInfo))
{
SetWindowLong(Window, GWL_STYLE, Style & ~WS_OVERLAPPEDWINDOW);
SetWindowPos(Window, HWND_TOP,
MonitorInfo.rcMonitor.left, MonitorInfo.rcMonitor.top,
MonitorInfo.rcMonitor.right - MonitorInfo.rcMonitor.left,
MonitorInfo.rcMonitor.bottom - MonitorInfo.rcMonitor.top,
SWP_NOOWNERZORDER | SWP_FRAMECHANGED);
}
}
else
{
SetWindowLong(Window, GWL_STYLE, Style | WS_OVERLAPPEDWINDOW);
SetWindowPlacement(Window, &GlobalWindowPosition);
SetWindowPos(Window, 0, 0, 0, 0, 0,
SWP_NOMOVE | SWP_NOSIZE | SWP_NOZORDER |
SWP_NOOWNERZORDER | SWP_FRAMECHANGED);
}
}
HOOK_SIG(casey_start)
{
exec_command(app, cmdid_open_panel_vsplit);
app->change_theme(app, literal("Handmade Hero"));
app->change_font(app, literal("liberation mono"));
//win32_toggle_fullscreen();
return(0);
}
void
casey_get_bindings(Bind_Helper *context)
{
set_hook(context, hook_start, casey_start);
set_hook(context, hook_open_file, casey_file_settings);
// TODO(casey): re-enable my scroll once the view_id bug is fixed
set_scroll_rule(context, casey_smooth_scroll_rule);
// set_scroll_rule(context, smooth_scroll_rule);
EnumWindows(win32_find_4coder_window, 0);
begin_map(context, mapid_global);
{
bind(context, 'z', MDFR_NONE, cmdid_interactive_open);
bind(context, 'x', MDFR_NONE, casey_open_in_other);
bind(context, 't', MDFR_NONE, casey_load_todo);
bind(context, '/', MDFR_NONE, cmdid_change_active_panel);
bind(context, 'b', MDFR_NONE, cmdid_interactive_switch_buffer);
bind(context, key_page_up, MDFR_NONE, search);
bind(context, key_page_down, MDFR_NONE, reverse_search);
// NOTE(allen): I added this here myself, I believe this is what you want.
bind(context, 'm', MDFR_NONE, casey_save_and_make_without_asking);
}
end_map(context);
begin_map(context, mapid_file);
// NOTE(allen): This is a new concept in the API. Binding this can be thought of as binding
// all combos which have an ascii code (shifted or not) and unmodified by CTRL or ALT.
// As of now, if this is used it cannot be overriden for particular combos; this overrides
// normal bindings.
bind_vanilla_keys(context, cmdid_write_character);
bind(context, key_insert, MDFR_NONE, begin_free_typing);
bind(context, '`', MDFR_NONE, begin_free_typing);
bind(context, key_esc, MDFR_NONE, end_free_typing);
bind(context, '\n', MDFR_NONE, casey_newline_and_indent);
bind(context, '\n', MDFR_SHIFT, casey_newline_and_indent);
// NOTE(casey): Modal keys come here.
bind(context, ' ', MDFR_NONE, modal_space);
bind(context, ' ', MDFR_SHIFT, modal_space);
bind(context, '\\', MDFR_NONE, modal_back_slash);
bind(context, '\'', MDFR_NONE, modal_single_quote);
bind(context, ',', MDFR_NONE, modal_comma);
bind(context, '.', MDFR_NONE, modal_period);
bind(context, '/', MDFR_NONE, modal_forward_slash);
bind(context, ';', MDFR_NONE, modal_semicolon);
bind(context, '[', MDFR_NONE, modal_open_bracket);
bind(context, ']', MDFR_NONE, modal_close_bracket);
bind(context, '{', MDFR_NONE, write_and_auto_tab);
bind(context, '}', MDFR_NONE, write_and_auto_tab);
bind(context, 'a', MDFR_NONE, modal_a);
bind(context, 'b', MDFR_NONE, modal_b);
bind(context, 'c', MDFR_NONE, modal_c);
bind(context, 'd', MDFR_NONE, modal_d);
bind(context, 'e', MDFR_NONE, modal_e);
bind(context, 'f', MDFR_NONE, modal_f);
bind(context, 'g', MDFR_NONE, modal_g);
bind(context, 'h', MDFR_NONE, modal_h);
bind(context, 'i', MDFR_NONE, modal_i);
bind(context, 'j', MDFR_NONE, modal_j);
bind(context, 'k', MDFR_NONE, modal_k);
bind(context, 'l', MDFR_NONE, modal_l);
bind(context, 'm', MDFR_NONE, modal_m);
bind(context, 'n', MDFR_NONE, modal_n);
bind(context, 'o', MDFR_NONE, modal_o);
bind(context, 'p', MDFR_NONE, modal_p);
bind(context, 'q', MDFR_NONE, modal_q);
bind(context, 'r', MDFR_NONE, modal_r);
bind(context, 's', MDFR_NONE, modal_s);
bind(context, 't', MDFR_NONE, modal_t);
bind(context, 'u', MDFR_NONE, modal_u);
bind(context, 'v', MDFR_NONE, modal_v);
bind(context, 'w', MDFR_NONE, modal_w);
bind(context, 'x', MDFR_NONE, modal_x);
bind(context, 'y', MDFR_NONE, modal_y);
bind(context, 'z', MDFR_NONE, modal_z);
bind(context, '1', MDFR_NONE, modal_1);
bind(context, '2', MDFR_NONE, modal_2);
bind(context, '3', MDFR_NONE, modal_3);
bind(context, '4', MDFR_NONE, modal_4);
bind(context, '5', MDFR_NONE, modal_5);
bind(context, '6', MDFR_NONE, modal_6);
bind(context, '7', MDFR_NONE, modal_7);
bind(context, '8', MDFR_NONE, modal_8);
bind(context, '9', MDFR_NONE, modal_9);
bind(context, '0', MDFR_NONE, modal_0);
bind(context, '-', MDFR_NONE, modal_minus);
bind(context, '=', MDFR_NONE, modal_equals);
bind(context, key_back, MDFR_NONE, modal_backspace);
bind(context, key_back, MDFR_SHIFT, modal_backspace);
bind(context, key_up, MDFR_NONE, modal_up);
bind(context, key_up, MDFR_SHIFT, modal_up);
bind(context, key_down, MDFR_NONE, modal_down);
bind(context, key_down, MDFR_SHIFT, modal_down);
bind(context, key_left, MDFR_NONE, modal_left);
bind(context, key_left, MDFR_SHIFT, modal_left);
bind(context, key_right, MDFR_NONE, modal_right);
bind(context, key_right, MDFR_SHIFT, modal_right);
bind(context, key_del, MDFR_NONE, modal_delete);
bind(context, key_del, MDFR_SHIFT, modal_delete);
bind(context, key_home, MDFR_NONE, modal_home);
bind(context, key_home, MDFR_SHIFT, modal_home);
bind(context, key_end, MDFR_NONE, modal_end);
bind(context, key_end, MDFR_SHIFT, modal_end);
bind(context, key_page_up, MDFR_NONE, modal_page_up);
bind(context, key_page_up, MDFR_SHIFT, modal_page_up);
bind(context, key_page_down, MDFR_NONE, modal_page_down);
bind(context, key_page_down, MDFR_SHIFT, modal_page_down);
bind(context, '\t', MDFR_NONE, modal_tab);
bind(context, '\t', MDFR_SHIFT, modal_tab);
end_map(context);
}
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