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daisy
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Removed extra `\r`s

pull/2/head
Mark 2023-08-04 12:24:39 -07:00
parent 0538b1e547
commit 88e272fd6f
Signed by: Mark
GPG Key ID: AD62BB059C2AAEE4
1 changed files with 102 additions and 77 deletions
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161
src/command/mod.rs
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@ -26,14 +26,14 @@ fn greeter() -> FormattedText {
return FormattedText::new(
format!(
concat!(
"[a] ###### [n] @@@@@@\r\n",
"[a] # ##[n]@@ @\r\n",
"[a] ## #[n]@ @@\r\n",
"[a] [n]@@@@@@@@@@@@@[a]\r\n",
"[n] @@ @[a]# ##\r\n",
"[n] @ @@[a]## #\r\n",
"[n] @@@@@@ [a] ###### [n]\r\n",
" [t]Daisy[n] [i]v{ver}[n]\r\n",
"[a] ###### [n] @@@@@@\n",
"[a] # ##[n]@@ @\n",
"[a] ## #[n]@ @@\n",
"[a] [n]@@@@@@@@@@@@@[a]\n",
"[n] @@ @[a]# ##\n",
"[n] @ @@[a]## #\n",
"[n] @@@@@@ [a] ###### [n]\n",
" [t]Daisy[n] [i]v{ver}[n]\n",
"\n"
),
ver = env!("CARGO_PKG_VERSION")
@ -56,24 +56,24 @@ pub fn do_command(
t.push(
concat!(
"Daisy is a high-precision, general-purpose\r\n",
"scientific calculator.\r\n",
"Daisy is a high-precision, general-purpose\n",
"scientific calculator.\n",
"\n",
" - Use Up/Down arrows to navigate history.\r\n",
" - Use Ctrl-C or Ctrl-D to quit.\r\n",
" - Use [c]ans[n] to reference the last result.\r\n",
" - Use [c]var = 1337[n] to define varibles.\r\n",
" - Use Up/Down arrows to navigate history.\n",
" - Use Ctrl-C or Ctrl-D to quit.\n",
" - Use [c]ans[n] to reference the last result.\n",
" - Use [c]var = 1337[n] to define varibles.\n",
"\n",
"╞═══════════════ [t]Commands[n] ═══════════════╡\r\n",
" [c]help[n] Show this help\r\n",
" [c]clear[n] Clear the terminal\r\n",
" [c]quit[n] Exit daisy\r\n",
//" [c]units[n] List available units\r\n",
" [c]consts[n] List built-in constants\r\n",
" [c]ops[n] List built-in operators\r\n",
" [c]fns[n] List built-in functions\r\n",
" [c]vars[n] List user-defined variables\r\n",
" [c]del[n] Delete a variable\r\n",
"╞═══════════════ [t]Commands[n] ═══════════════╡\n",
" [c]help[n] Show this help\n",
" [c]clear[n] Clear the terminal\n",
" [c]quit[n] Exit daisy\n",
//" [c]units[n] List available units\n",
" [c]consts[n] List built-in constants\n",
" [c]ops[n] List built-in operators\n",
" [c]fns[n] List built-in functions\n",
" [c]vars[n] List user-defined variables\n",
" [c]del[n] Delete a variable\n",
"\n\n",
)
);
@ -88,22 +88,22 @@ pub fn do_command(
"ops" | "operators" => {
return FormattedText::new(
concat!(
"\r\n",
"Operators, sorted by priority (high to low).\r\n",
"High-piority operators are applied first.\r\n\n",
"╞═════ [t]Operator[n] ═════╪═════ [t]Syntax[n] ═════╡\r\n",
" function [c]sin, cos, etc[n]\r\n",
" factorial [c]![n]\r\n",
" powers [c]^, **[n]\r\n",
" implicit multiply [c]3π, 3(2+1), etc[n]\r\n",
" square root [c]sqrt, rt, √[n]\r\n",
" negate [c]-3, -(1 + 2)[n]\r\n",
" modulo (short) [c]%[n]\r\n",
" multiply, divide [c]*, /, ×, ÷[n]\r\n",
" add, subtract [c]+, -[n]\r\n",
" unit conversion [c]to[n]\r\n",
" division (long) [c]per[n]\r\n",
" modulo (long) [c]mod[n]\r\n",
"\n",
"Operators, sorted by priority (high to low).\n",
"High-piority operators are applied first.\n\n",
"╞═════ [t]Operator[n] ═════╪═════ [t]Syntax[n] ═════╡\n",
" function [c]sin, cos, etc[n]\n",
" factorial [c]![n]\n",
" powers [c]^, **[n]\n",
" implicit multiply [c]3π, 3(2+1), etc[n]\n",
" square root [c]sqrt, rt, √[n]\n",
" negate [c]-3, -(1 + 2)[n]\n",
" modulo (short) [c]%[n]\n",
" multiply, divide [c]*, /, ×, ÷[n]\n",
" add, subtract [c]+, -[n]\n",
" unit conversion [c]to[n]\n",
" division (long) [c]per[n]\n",
" modulo (long) [c]mod[n]\n",
"\n\n"
).to_string()
);
@ -112,25 +112,25 @@ pub fn do_command(
"fns" | "functions" => {
return FormattedText::new(
concat!(
"\r\n╞═══════ [t]Function[n] ═══════╪══════ [t]Syntax[n] ══════╡\r\n",
" absolute value [c]abs[n]\r\n",
" floor, ceiling, round [c]floor, ceil, round[n]\r\n",
" log base e [c]ln[n]\r\n",
" log base 10 [c]log[n]\r\n",
" sin, arcsin, cosecant [c]sin, asin, csc[n]\r\n",
" cos, arccos, secant [c]cos, acos, secant[n]\r\n",
" tan, arctan, cotan [c]tan, atan, cot[n]\r\n",
" hyperbolic sin, etc [c]sinh, asinh, csch[n]\r\n",
" hyperbolic cos, etc [c]cosh, acosh, sech[n]\r\n",
" hyperbolic tan, etc [c]tanh, atanh, coth[n]\r\n",
"\n╞═══════ [t]Function[n] ═══════╪══════ [t]Syntax[n] ══════╡\n",
" absolute value [c]abs[n]\n",
" floor, ceiling, round [c]floor, ceil, round[n]\n",
" log base e [c]ln[n]\n",
" log base 10 [c]log[n]\n",
" sin, arcsin, cosecant [c]sin, asin, csc[n]\n",
" cos, arccos, secant [c]cos, acos, secant[n]\n",
" tan, arctan, cotan [c]tan, atan, cot[n]\n",
" hyperbolic sin, etc [c]sinh, asinh, csch[n]\n",
" hyperbolic cos, etc [c]cosh, acosh, sech[n]\n",
" hyperbolic tan, etc [c]tanh, atanh, coth[n]\n",
"\n",
" Celsius to Kelvin [c]fromC, fromCelsius[n]\r\n",
" Kelvin to Celsius [c]toC, toCelsius[n]\r\n",
" Fahrenheit to Kelvin [c]fromF, fromFahrenheit[n]\r\n",
" Kelvin to Fahrenheit [c]toF, toFahrenheit[n]\r\n",
" Celsius to Kelvin [c]fromC, fromCelsius[n]\n",
" Kelvin to Celsius [c]toC, toCelsius[n]\n",
" Fahrenheit to Kelvin [c]fromF, fromFahrenheit[n]\n",
" Kelvin to Fahrenheit [c]toF, toFahrenheit[n]\n",
"\n",
" convert to base unit [c]tobase[n]\r\n",
" remove units [c]nounit[n]\r\n",
" convert to base unit [c]tobase[n]\n",
" remove units [c]nounit[n]\n",
"\n\n"
).to_string()
);
@ -138,16 +138,18 @@ pub fn do_command(
"vars" => {
let v = context.get_variables();
let f = context.get_functions();
if v.len() == 0 {
if v.len() + f.len() == 0 {
return FormattedText::new(
"You have not defined any variables\r\n\n".to_string()
"You have not defined any variables\n\n".to_string()
);
}
let mut t = FormattedText::new(
"\r\n╞═══ [t]User-Defined Variables[n] ═══╡\r\n".to_string()
);
let mut t = FormattedText::new("".to_string());
if v.len() != 0 {
t.push("\n╞═══ [t]User-Defined Variables[n] ═══╡\n");
let mut longest = 0;
for (key, _) in v {
@ -160,12 +162,35 @@ pub fn do_command(
let padding = " ".repeat(longest - key.len());
t.push(&format!(
" {key}{padding} = [c]{v}[n]\r\n",
" {key}{padding} = [c]{v}[n]\n",
v = value.to_string(),
));
}
}
t.push("\r\n\n");
if f.len() != 0 {
t.push("\n╞═══ [t]User-Defined Functions[n] ═══╡\n");
let mut longest = 0;
for (key, (args, _exp)) in f {
let s = format!("{key}({})", args.join(", "));
if s.len() > longest {
longest = s.len();
}
}
for (key, (args, exp)) in f {
let padding = " ".repeat(longest - key.len());
t.push(&format!(
" {key}({}){padding} = [c]{v}[n]\n",
args.join(", "),
v = exp.to_string(),
));
}
}
t.push("\n\n");
return t;
},
@ -173,7 +198,7 @@ pub fn do_command(
let a = Constant::all_consts();
let mut t = FormattedText::new(
"\r\n╞═══ [t]Built-in Constants[n] ═══╡\r\n".to_string()
"\n╞═══ [t]Built-in Constants[n] ═══╡\n".to_string()
);
@ -200,21 +225,21 @@ pub fn do_command(
if args.len() != 2 {
return FormattedText::new(
format!(
"[c]{first}[n] [t]takes exactly two arguments.[n]\r\n\n",
"[c]{first}[n] [t]takes exactly two arguments.[n]\n\n",
)
);
}
let v = args[1].to_string();
let v = substitute(&v);
let r = context.delete_variable(&v);
let r = context.delete(&v);
return match r {
Ok(()) => { FormattedText::new("".to_string()) },
Err(()) => {
FormattedText::new(
format!(
"[c]{v}[n] [t]isn't a variable.[n]\r\n\n",
"[c]{v}[n] [t]isn't a variable.[n]\n\n",
)
)
}