Formatter Indentation and Delimiter Logic

[ScottCarda-MS]

Added some state to the formatter for the purposes of better handling of delimiters, i.e. [], (), {}, and type parameter list delimiters <>. The formatting of delimited blocks will be determined by whether there is a newline in the whitespace following the open delimiter.

• If there is a newline, then the indentation is increased for the length of the block, and separators, i.e. ',' and ';', require newlines after them, with the closing delimiter having a newline in front of it.
• If there are no newlines, then delimiters have no spacing after the opening and before the closing delimiters, except the brace delimiters which have a singe space instead, and separators require a single space after them.

[github-actions]

Benchmark for 5a0761d

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Test	Base	PR	%
Array append evaluation	339.4±2.11µs	332.4±3.48µs	-2.06%
Array literal evaluation	173.2±0.83µs	193.2±7.58µs	+11.55%
Array update evaluation	423.2±1.99µs	416.4±2.38µs	-1.61%
Deutsch-Jozsa evaluation	5.1±0.06ms	5.0±0.06ms	-1.96%
Large file parity evaluation	33.5±0.06ms	33.6±0.26ms	+0.30%
Large input file	30.8±1.13ms	30.6±1.17ms	-0.65%
Large nested iteration	33.5±0.32ms	33.1±0.21ms	-1.19%
Standard library	16.8±0.55ms	16.8±0.49ms	0.00%
Teleport evaluation	70.1±1.24µs	69.6±1.06µs	-0.71%

[ScottCarda-MS]

I've run this version of the formatter against the samples and library files to test that nothing unreasonable or unexpected occurs. I don't want to add the updated samples/libraries to this PR though, as I think that would be better for a future PR where I could include running the formatter automatically in the build pipeline.

[github-actions]

Benchmark for aa9f996

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Test	Base	PR	%
Array append evaluation	339.2±2.35µs	335.7±9.04µs	-1.03%
Array literal evaluation	176.9±2.87µs	176.4±0.99µs	-0.28%
Array update evaluation	417.9±1.40µs	417.5±2.59µs	-0.10%
Deutsch-Jozsa evaluation	5.2±0.06ms	5.3±0.15ms	+1.92%
Large file parity evaluation	33.7±0.25ms	33.7±0.09ms	0.00%
Large input file	31.7±1.20ms	31.6±1.41ms	-0.32%
Large nested iteration	32.9±0.19ms	33.0±1.26ms	+0.30%
Perform Runtime Capabilities Analysis (RCA) on Deutsch-Jozsa sample	1564.0±91.53µs	1557.3±127.84µs	-0.43%
Perform Runtime Capabilities Analysis (RCA) on large file sample	7.8±0.11ms	7.8±0.09ms	0.00%
Perform Runtime Capabilities Analysis (RCA) on teleport sample	1477.5±110.05µs	1489.0±92.08µs	+0.78%
Perform Runtime Capabilities Analysis (RCA) on the core and std libraries	25.9±0.17ms	25.7±0.18ms	-0.77%
Standard library	17.1±0.89ms	17.2±0.66ms	+0.58%
Teleport evaluation	82.5±4.74µs	82.5±5.03µs	0.00%

[github-actions]

Benchmark for 5c3ee78

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Test	Base	PR	%
Array append evaluation	330.3±3.44µs	332.8±2.78µs	+0.76%
Array literal evaluation	196.1±2.33µs	178.0±12.46µs	-9.23%
Array update evaluation	415.3±3.11µs	417.7±2.68µs	+0.58%
Deutsch-Jozsa evaluation	5.3±0.04ms	5.3±0.16ms	0.00%
Large file parity evaluation	33.7±0.08ms	33.7±0.08ms	0.00%
Large input file	30.6±2.08ms	30.1±2.21ms	-1.63%
Large nested iteration	32.3±0.67ms	33.1±0.86ms	+2.48%
Perform Runtime Capabilities Analysis (RCA) on Deutsch-Jozsa sample	1572.2±84.87µs	1529.7±57.28µs	-2.70%
Perform Runtime Capabilities Analysis (RCA) on large file sample	7.8±0.09ms	7.8±0.31ms	0.00%
Perform Runtime Capabilities Analysis (RCA) on teleport sample	1471.8±66.84µs	1495.3±87.36µs	+1.60%
Perform Runtime Capabilities Analysis (RCA) on the core and std libraries	25.8±0.47ms	25.9±0.89ms	+0.39%
Standard library	17.5±0.69ms	16.8±0.22ms	-4.00%
Teleport evaluation	81.9±4.45µs	81.4±4.59µs	-0.61%