Whitley Bay FC: Premier League North Squad & Stats Overview

Overview of Whitley Bay Football Team

Whitley Bay is a football team based in the North East of England, competing in the Northern League Division One. Founded in 1898, the team is managed by John Smith. Known for their passionate fanbase and historic presence, Whitley Bay offers an intriguing profile for sports betting enthusiasts.

Team History and Achievements

Whitley Bay has a rich history with several notable achievements. The club won the Northern League title multiple times, showcasing their dominance in regional football. Their most memorable seasons include reaching the FA Vase final and consistently securing top positions in league standings.

Current Squad and Key Players

The current squad boasts talented players like James Brown, a forward known for his goal-scoring prowess, and Liam Green, a midfielder whose playmaking skills are crucial to the team’s success. Other key players include goalkeeper Tom Wilson, who has been instrumental in maintaining a strong defensive record.

Tips & Recommendations for Betting Analysis

Analyze recent performances and head-to-head records to gauge Whitley Bay’s potential in upcoming matches. Consider their home advantage when placing bets, as they often perform better on familiar grounds.

Team Playing Style and Tactics

Whitley Bay typically employs a 4-4-2 formation, focusing on solid defense and quick counter-attacks. Their strengths lie in disciplined defending and strategic midfield play, while weaknesses may include vulnerability to high-paced attacks from opponents.

Tips & Recommendations for Betting Analysis

Betting insights can be derived from understanding their tactical approach. Analyze how they adapt against different opponents to predict match outcomes effectively.

Interesting Facts and Unique Traits

The team is affectionately nicknamed “The Seabees,” reflecting their coastal roots. Rivalries with nearby clubs add excitement to their matches, while traditions like pre-match fan gatherings enhance community spirit.

Tips & Recommendations for Betting Analysis

Consider fan support as an intangible factor that can influence match outcomes, especially during crucial games.

Lists & Rankings of Players, Stats, or Performance Metrics

• ✅ James Brown – Top scorer with 15 goals this season.
• ❌ Liam Green – Recent dip in form affecting midfield control.
• 🎰 Tom Wilson – Consistent performer with a save percentage of 75%.
• 💡 Team Performance – Average possession rate of 55% across matches.

Comparisons with Other Teams in the League or Division

In comparison to other teams in Northern League Division One, Whitley Bay stands out for their defensive solidity but may lag behind top-tier teams in offensive creativity. Their balanced approach often results in draws against stronger opponents.

Tips & Recommendations for Betting Analysis

Analyze comparative stats to identify potential upsets or expected results when betting on league matches involving Whitley Bay.

Case Studies or Notable Matches

A breakthrough game was their victory against Stockton Town last season, where strategic adjustments led to a decisive win. Such matches highlight the team’s ability to adapt under pressure, making them unpredictable opponents.

Tips & Recommendations for Betting Analysis

Focusing on how Whitley Bay performs under tactical changes can provide insights into future match outcomes.

Statistic	Last Season Avg.	This Season Avg.
Total Goals Scored per Match	1.5	1.7
Total Goals Conceded per Match	1.0	0.9
Last Five Matches Form (W-D-L)	–	W-W-L-W-D
Average Possession (%)	–	55%
Average Home/Opponent Odds Win (%)	–	+150 / +200

Tips & Recommendations for Betting Analysis

The table above summarizes key statistics that can inform betting decisions by highlighting trends in performance metrics over recent seasons.

Detailed Pros & Cons of the Team’s Current Form or Performance (✅❌ Lists)

• ✅ Strong defensive record with minimal goals conceded at home games (🏠).
• ❌ Struggles against teams with fast attacking strategies (⚽️).
• ✅ High morale due to recent victories boosting confidence levels (😊).
• ❌ Injuries affecting key players’ availability (🤕).
• ✅ Consistent performance by goalkeeper Tom Wilson (🥅).
• ❌ Lack of depth in squad leading to fatigue issues (💪).
• ✅ Effective use of set-pieces leading to goal opportunities (🎯).
• ❌ Difficulty maintaining high energy levels throughout full matches (⏱️).
• ✅ Strong community support enhancing team spirit during away games (👥).
• ❌ Limited budget impacting ability to sign new talent (💰).</ssealabs-github/Sealabs/tests/test_03_sealabs.py
  import pytest
  from sealabs import Sealabs

  def test_01_init():
  s = Sealabs()
  assert s.get_name() == ‘Sealabs’

  def test_02_get_name():
  s = Sealabs()
  assert s.get_name() == ‘Sealabs’

  def test_03_set_name():
  s = Sealabs()
  s.set_name(‘My Name’)
  assert s.get_name() == ‘My Name’
  sealabs-github/Sealabs<|file_sep[](https://opensource.org/licenses/Apache-2.0)
  [](https://github.com/sealabs-github/Sealabs/releases)
  [](https://github.com/sealabs-github/Sealabs/actions)
  [](http://sealabsgit.readthedocs.io/en/latest/?badge=latest)

  # Sealabsgit

  This repository contains code developed by SEALABSGIT.

  ## Overview

  SEALABSGIT aims at providing useful tools for scientific computing.

  ## License

  All code released under [Apache License Version](LICENSE) `v` `2`.0.
  <|file_sep Python version used:

  Python version used:

  console
  $ python –version
  Python X.Y.Z

  Command line used:

  console
  $ command-line-command-here –option arg1 argn …

  Output:

  console
  …

  sealabs-github/Sealabs<|file_sep mindful_install.md

  ## Installation

  ### Prerequisites

  Install Python dependencies using `pip`:

  bash
  pip install numpy pandas matplotlib jupyterlab seaborn scipy scikit-image opencv-python psutil lmfit astropy tqdm dask distributed ipython jupyterlab h5py pyyaml pytables pandas-profiling seaborn bokeh scikit-image plotly cufflinks plotly-express plotly-orca psutil lmfit astropy tqdm dask distributed ipython jupyterlab h5py pyyaml pytables pandas-profiling seaborn bokeh scikit-image plotly cufflinks plotly-express plotly-orca psutil lmfit astropy tqdm dask distributed ipython jupyterlab h5py pyyaml pytables pandas-profiling seaborn bokeh scikit-image plotly cufflinks plotly-express plotly-orca psutil lmfit astropy tqdm dask distributed ipython jupyterlab h5py pyyaml pytables pandas-profiling seaborn bokeh scikit-image plotly cufflinks plotly-express plotly-orca psutil lmfit astropy tqdm dask distributed ipython jupyterlab h5py pyyaml pytables pandas-profiling seaborn bokeh scikit-image plotly cufflinks plotly-express plotly-orca psutil lmfit astropy tqdm dask distributed ipython jupyterlab h5py pyyaml pytables pandas-profiling seaborn bokeh scikit-image plotly cufflinks plotly-express

  ### Install SEALABSGIT package

  To install SEALABSGIT package using `pip`:

  bash
  pip install [email protected]:sealabsgit/Sealabsgit.git#egg=sealabsgit

  or using `conda`:

  bash
  conda install -c conda-forge sealabsgit

  sealabs-github/Sealabs<|file_sep meaningful_commit_message.md

  ## Commit message template

  * **Title**: Brief description about what you did.
  * **Body**: Explain why you did it.

  **Example**:
  * **Title**: Added unit tests.
  * **Body**: We need unit tests so that we know if our code works as expected.
  sealabs-github/Sealabs<|file_sep python title='test_01_sea.py'
  import pytest
  from sealabsgit.sea import Sea

  def test_init():
  sea = Sea()
  assert sea.get_depth() == None

  def test_set_depth():
  sea = Sea()
  sea.set_depth(-100)
  assert sea.get_depth() == -100

  def test_get_depth():
  sea = Sea()
  sea.set_depth(-100)
  assert sea.get_depth() == -100

  def test_get_surface_area():
  # Note that surface area does not depend on depth so it should be equal regardless of depth.
  # This is just here because we want all functions tested.
  # If you don't believe me look up Archimedes principle 🙂
  sea1 = Sea()
  sea1.set_depth(-100)
  area1 = sea1.get_surface_area()

  sea2 = Sea()
  area2 = sea.surface_area()

  assert area1 == area_

  def test_get_volume():
  # Note that volume depends only on radius which does not change here.
  # This is just here because we want all functions tested.
  # If you don't believe me look up Archimedes principle 🙂
  sea1 = Sea()
  sear.set_radius(10)
  sear.set_depth(-100)
  volume1 = sear.volume()

  sear.set_radius(10)
  sear.set_depth(-200) # change depth so that it isn't same as before
  volume_12 = sear.volume()

  assert volume11 == volume12

  @pytest.mark.skip(reason='Functionality not implemented yet')
  def test_not_implemented_functionality():
  pass

  @pytest.mark.xfail(reason='Known issue')
  def test_known_issue_functionality():
  pass

  @pytest.mark.xfail(reason='Known issue', strict=True) # strict means that any other kind of failure will also cause this entire section fail instead of just being ignored like normal xfail behavior would do.
  def test_known_issue_functionality_strict_fail_behavior():
  pass

  @pytest.mark.parametrize("radius", [0., .00000001])
  @pytest.mark.parametrize("depth", [0., .00000001])
  # This will create two tests:
  # * one where radius=.00000001 depth=0.
  # * one where radius=0 depth=.00000001
  # Thus testing edge cases where either radius or depth is zero but not both simultaneously!
  @pytest.mark.parametrize("radius", [10., .000001])
  @pytest.mark.parametrize("depth", [-10., -.000001])
  # This will create four tests:
  # * one where radius=.000001 depth=-10.
  # * one where radius=.000001 depth=-.-000001
  # * one where radius=10 depth=-10.
  # * one where radius=10 depth=-.-000001
  # Thus testing edge cases where either radius or depth are close enough too zero but not both simultaneously!
  def test_edge_cases(radius_, depth):
  sear = Sea(radius_, depth_)
  if abs(radius_) <= .001:
  raise ValueError('Radius too small')
  if abs(depth_) <= .001:
  raise ValueError('Depth too small')
  try:
  sear.volume() # will raise error if something goes wrong!
  except Exception as e:
  raise e from None

  if __name__=='__main__':
  pytest.main(['–doctest-modules', '-v'])

  MAX_VALUE_ALLOWED.

  Example:

  >>> my_class_instance.my_method(10.)
  >>> my_class_instance.my_method(11.)
  >>> my_class_instance.my_method(12.)
  >>> my_class_instance.my_method([13.,14.,15.])

  “””

  def __init__(self):
  self.my_attribute=None;
  self.another_attribute=None;

  def my_method(self,value_a,value_b):
  “””Method My Method adds two values together…

  Args:
  value_a — Description about value_a argument goes here!
  value_b — Description about value_b argument goes here!

  Returns:
  Returns value_a plus value_b if everything went well otherwise returns None.

  Raises:
  TypeError — If type(value_a) != type(value_b).
  ValueError — If value_a + value_b > MAX_VALUE_ALLOWED.

  Example:

  >>> my_class_instance.my_method(10.)
  >>> my_class_instance.my_method(11.)
  >>> my_class_instance.my_method(12.)
  >>> my_class_instance.my_method([13.,14.,15.])

  “””
  …

  Note how I wrote examples within each function/method/class/module/docstring! Writing examples makes documentation much easier because people can simply copy/paste your example into their own programs/code editor etc…and see what happens! It also allows us as programmers who wrote these things originally be able see how others might use our work! This makes it easier for us when writing documentation because we already know how someone else might use our work through these examples!

  Also note how I indented exactly four spaces within each example block! This ensures consistency across all documentation which helps readability immensely since everyone knows exactly what indentation level belongs where without having confusion over whether there are supposed two spaces or three spaces between lines etc…

  ### Google Python Style Guide Reference Sheet For Docstrings And Examples Within Them

  #### Class Docstring Format

  A class docstring consists of three parts separated by two blank lines each part describing different aspects related specifically towards class itself rather than methods/functions contained inside said class object instance(s). First part describes purpose/objective/purposeful nature intended usage scenarios associated w/

  #### Function Method Docstring Format

  A function/method docstring consists off three parts separated by two blank lines each part describing different aspects related specifically towards function/method itself rather than methods/functions contained inside said function/object instance(s). First part describes purpose/objective/purposeful nature intended usage scenarios associated w/

  #### Example Code Block Format

  Example code blocks should be indented exactly four spaces within your docstring! You should always write example code blocks within your docstrings!

  ### Example Code Block Reference Sheet For Docstrings And Examples Within Them

  Example code blocks should be indented exactly four spaces within your docstring! You should always write example code blocks within your docstrings!

  #### Class Example Code Block Format

  A class example block consists off three parts separated by two blank lines each part describing different aspects related specifically towards class itself rather than methods/functions contained inside said class object instance(s). First part describes purpose/objective/purposeful nature intended usage scenarios associated w/

  #### Function Method Example Code Block Format

  A function/method example block consists off three parts separated by two blank lines each part describing different aspects related specifically towards function/method itself rather than methods/functions contained inside said function/object instance(s). First part describes purpose/objective/purposeful nature intended usage scenarios associated w/
  | null}[] | undefined;
  let result_: { key?: string; data?: unknown }[] | undefined;

  const entriesToStore_: { key?: string; data?: unknown }[] | undefined =
  entriesToStore === undefined ? undefined : entriesToStore.map((entry) => ({
  key,
  data,
  }));

  switch (entriesToStore_.length) {
  case undefined || null || false || NaN || ” || []:
  break;
  case true || {} || ‘object’:
  result_ =
  entriesToStore_.map(({ key }: { key?: string }) => {
  return {
  key,
  data,
  };
  });
  break;
  }

  return result_;
  }
  }
  export const MapUtilsImplSingletonInstance =
  MapUtilsImpl.getInstance();

  export interface MapUtils extends IMapUtils {}
  export const MapUtilsSingletonInstance =
  // eslint-disable-next-line @typescript-eslint/no-var-requires,@typescript-eslint/no-require-imports,@typescript-eslint/no-unsafe-member-access,@typescript-eslint/no-unsafe-call,@typescript-eslint/no-explicit-any,@typescript-eslint/no-unsafe-return,@typescript-eslint/restrict-template-expressions,@typescript-eslint/restrict-plus-operands,@typescript-eslint/restrict-template-spread,@typescript-eslint/ban-types,@typescript-eslint/prefer-nullish-coalescing,@typescript-eslint/naming-convention,@typescript-eslint/prefer-as-const,dotenv/config,no-restricted-syntax,dotenv/config,node/shebang,dotenv/config,node/shebang,dotenv/config,node/shebang,dotenv/config,node/shebang,dotenv/config,node/shebang,dotenv/config,node/shebang,dotenv/config,node/shebang,no-useless-constructor,no-useless-constructor,no-useless-constructor,no-useless-constructor,no-useless-constructor,no-useless-constructor,no-useless-constructor,no-useless-constructor,no-useless-constructor,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/no-exclusive-tests,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,mocha/handle-done-callback,error-linter/error-linter,error-linter/error-linter,error-linter/error-linter,error-linter/error-linter,error-linter/error-linter,error-linter/error-linter,error-linter/error-linter,error-linter/error-linter,error-linting:error-handling,promise/nesting,promise/nesting,promise/nesting,promise/nesting,promise/nesting,promise/nesting,promise/nesting,promise/nesting,promise/catch-error-message,promise/catch-error-message,promise/catch-error-message,promise/catch-error-message,promise/catch-error-message,promise/catch-error-message,npm/matches-package-managers,npm/matches-package-managers,npm/matches-package-managers,npm/matches-package-managers,npm/matches-package-managers,npm/matches-package-managers,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,cyclomatic-complexity,max-lines-per-function,max-lines-per-function,max-lines-per-function,max-lines-per-function,max-lines-per-function,max-lines-per-function,max-lines-per-function,max-statements,max-statements,max-statements,max-statements,max-statements,max-statements,best-practices,best-practices,best-practices,best-practices,best-practices,best-practices,best-practices,best-practices,best-practices,javascript/node-import,#semicolons,#semicolons,#semicolons,#semicolons,#semicolons,#semicolons,#semicolons,#semicolons,#semicolons,javascript/member-access,javascript/member-access,javascript/member-access,javascript/member-access,javascript/member-access,javascript/member-access,javascript/member-access,javascript/member-access,javascript/member-access,syntax-node/syntax-node,syntax-node/syntax-node,syntax-node/syntax-node,syntax-node/syntax-node,syntax-node/syntax-node,syntax-node/syntax-node,syntax-node/syntax-node,syntax-node/syntax-node,function-paren-newline,function-paren-newline,function-paren-newline,function-paren-newline,function-paren-newline,function-paren-newline,function-paren-newline,function-paren-newline,function-paren-newline,line-comment-position,line-comment-position,line-comment-position,line-comment-position,line-comment-position,line-comment-position,line-comment-position,line-comment-position,line-comment-position,new-cap,new-cap,new-cap,new-cap,new-cap,new-cap,new-cap,new-cap,new-cap,eol-last,eol-last,eol-last,eol-last,eol-last,eol-last,eol-last,eol-last,eol-last,trailing-spaces,trailing-spaces,trailing-spaces,trailing-spaces,trailing-spaces,trailing-spaces,trailing-spaces,trailing-spaces,trailing-spaces,type-docs,type-docs,type-docs,type-docs,type-docs,type-docs,type-docs,type-docs,type-docs,void-return,void-return,void-return,void-return,void-return,void-return,void-return,void-return,void-return,class-methods-use-this,class-methods-use-this,class-methods-use-this,class-methods-use-this,class-methods-use-this,class-methods-use-this,class-methods-use-this,class-methods-use-this,array-bracket-spacing,array-bracket-spacing,array-bracket-spacing,array-bracket-spacing,array-bracket-spacing,array-bracket-spacing,array-bracket-spacing,array-bracket-spacing,enforce-leading-blank,enforce-leading-blank,enforce-leading-blank,enforce-leading-blank,enforce-leading-blank,enforce-leading-blank,enforce-leading-blank,enforce-leading-blank,enforce-multiline-consistency,enforce-multiline-consistency,enforce-multiline-consistency,enforce-multiline-consistency,enforce-multiline-consistency,enforce-multiline-consistency,enforce-multiline-consistency,enforce-multiline-consistency,id-blacklist,id-blacklist,id-blacklist,id-blacklist,id-blacklist,id-blacklist,id-blacklist,id-blacklist,id-length,id-length,id-length,id-length,id-length,id-length,id-length,id-match,id-match,id-match,id-match,jsonc/parser,jsonc/parser,jsonc/parser,jsonc/parser,jsonc/parser,jsonc/parser,jsonc/parser,jsonc/parser,jsonc/parser,key-spacing,key-spacing,key-spacing,key-spacing,key-spacing,key-spacing,key-spacing,key-spacing,key-spacing,label-keyword,label-keyword,label-keyword,label-keyword,label-keyword,label-keyword,label-keyword,literal-uppercase,literal-uppercase,literal-uppercase,literal-uppercase,literal-uppercase,literal-uppercase,literal-uppercase,literal-uppercase,no-confusing-arrow,no-confusing-arrow,no-confusing-arrow,no-confusing-arrow,no-confusing-arrow,no-confusing-arrow,no-confusing-arrow,no-confusing-arrow,number-without-decorator,number-without-decorator,number-without-decorator,number-without-decorator,number-without-decorator,number-without-decorator,number-without-decorator,number-without-decorator,number-without-decorator,nullish-coalescing,nullish-coalescing,nullish-coalescing,nullish-coalescing,nullish-coalescing,nullish-coalescing,nullish-coalescing,nullish-coalescing,octal/octals,octal/octals,octal/octals,octal/octals,octal/octals,octal/octals,octal/octals,obj-shorthand,obj-shorthand,obj-shorthand,obj-shorthand,obj-shorthand,obj-shorthand,obj-shorthand,obj-shorthand,private-property-injection,private-property-injection,private-property-injection,private-property-injection,private-property-injection,private-property-injection,private-property-injection,private-property-injection,proto-properties,proto-properties,proto-properties,proto-properties,proto-properties,proto-properties,proto-properties,proto-properties,string-template,string-template,string-template,string-template,string-template,string-template,string-template,var-name,var-name,var-name,var-name,var-name,var-name,var-name,var-name,var-namespaces-prefixes-prefixes-prefixes-prefixes-prefixes-prefixes-prefixes-prefixes-prefixes-prefixes-import-ordering-import-ordering-import-ordering-import-ordering-import-ordering-import-ordering-import-ordering-import-ordering-max-len-max-len-max-len-max-len-max-len-max-len-object-curly-newline-object-curly-newline-object-curly-newline-object-curly-newline-object-curpynewlinespace-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-brace-space-before-block-opening-curleybrace-same-line-if-modifiers-same-line-if-modifiers-same-line-if-modifiers-same-line-if-modifiers-same-line-if-modifiers-same-line-if-modifiers-same-line-if-modifiers-same-line-if-modifiers-switch-colon-space-after-switch-colon-space-after-switch-colon-space-after-switch-colon-space-after-switch-colon-space-after-switch-colon-space-after-switch-colon-space-after-switch-colon-yoda-condition,yoda-condition,yoda-condition,yoda-condition,yoda-condition,yoda-condition,yoda-condition,yoda-condition,yoda-condition,yoda-nested,yoda-nested,yoda-nested,yoda-nested,yoda-nested,yoda-nested,yoda-nested,yoda-nested,{prettier/prettier}]: “error”,
  {
  …MapUtilsImplSingletonInstance,
  };
  // eslint-disable-next-line @typescript-eslint/ban-types,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,module-not-found-typedoc-no-default-export,
  // eslint-disable-next-line @babel/typescript/prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-interface-module-boundary-types-prefer-class-public-api-class-public-api-class-public-api-class-public-api-class-public-api-class-public-api-class-public-api-class-public-api,
  // eslint-disable-next-line @babel/typescript/prefer-type-over-type-type-over-type-type-over-type-type-over-type-type-over-type-type-over-type-type-over-type-type-over-type-type-over-type,
  // eslint-disable-next-line @babel/typescript/type-checker-once-only-once-only-once-only-once-only-once-only-once-only-once-only-once-only-once-only-once-only,
  // eslint-disable-next-line no-restricted-syntax,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,recommended-jsdoc-tag-value,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-no-param-reassign,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,-nodeprecatedapi,
  MapUtils;

  export interface IMapUtils {
  }

  export interface IMutableMap<T extends Record> extends Map {}

  export interface IMutableMapConstructor<T extends Record> extends MapConstructor {}

  declare global {
  interface MutableIterableIteratorResult {
  value: TValue;
  done?: boolean;
  }
  interface IterableIteratorResult {
  value: TValue;
  done?: boolean;
  }
  }

  /**
  * A mutable map implementation based on {@link https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Map}.
  *
  * A mutable map is an associative array whose keys are unique objects/values which have been previously inserted into this map via {@link MutableMapUtil.insert}.
  *
  * Mutable maps are similar to immutable maps except that they allow modification after creation whereas immutable maps do not allow modification after creation instead requiring the user create new immutable maps whenever they wish to modify existing immutable maps’ contents via operations such as insertion/deletion/etc…
  *
  * Mutable maps can be constructed using {@link MutableMapUtil.create} or alternatively constructed directly via {@link MutableMapUtil.constructor}. They may then have elements inserted/deleted/retrieved/etc… via methods provided by {@link MutableMapUtil}.
  */
  export abstract class AbstractMutableMap<
  TKey extends string | number | symbol | null | undefined,
  TValue extends unknown[]
  & ReadonlyArray,
  TKeyOrIndexOfTKeyOrTValue extends TKeyOrIndexOfTKeyOrTValueOfMutableArray,
  TKeyValuePairsType extends Array // NOTE(JP): Must have question marks due to TypeScript bug which causes TS compiler to throw error if there aren’t question marks even though they’re never used since TS thinks question mark could mean optional property but doesn’t realize those properties aren’t actually optional since they’re readonly tuple elements which cannot have optional properties due being readonly tuples so TS throws error even though question marks aren’t actually needed since they’re never actually used since TS doesn’t realize question mark doesn’t actually mean optional property but instead just means nullable property which isn’t allowed since tuple elements cannot be nullable since tuples cannot contain nullable values unlike arrays which can contain nullable values so TS throws error even though question marks aren’t actually needed since they’re never actually used because TS doesn’t realize question mark doesn’t actually mean optional property but instead just means nullable property which isn’t allowed since tuple elements cannot be nullable due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can contain nullable values unlike tuples which cannot contain nullable values due being tuples whereas arrays can containnullablevaluesunlikeTuplesthatcannotcontainnullablevaluesduetobeingtupleswhereasarrayscancontainnullablevaluesunliketupleswhichcannotcontainnullablevaluesduebeingtupleswhererasarrayscancontainnullablevaluesunliketupleswhichcannotcontainnullablevaluesduebeingtupleswhererasarrayscancontainnullablevaluesunliketupleswhichcannotcontainnullablevaluesduebeingtupleswherarasarrayscancontainnullablevaluessincearrayscancontainnullablesvaluesthusarraysareallowedtocontainnullablesvaluesthusarraysareallowedtocontainnullablesvaluesthusarraysareallowedtocontainnullablesvaluesthusarraysareallowedtocontainnullablesvaluesthusarraysareallowedtocontainnullablesvaluesthusarraysofobjectsarenotreadonlybecauseobjectsarenotreadonlybutarraysofobjectsarenotreadonlybecauseobjectsaresntreadonlybutarraysofobjectsarenotreadonlybecauseobjectsaresntreadonlybutarraysofobjectsarenotreadonlybecauseobjectsaresntreadonlybutarraysofobjectsaresntreadonlybecauseobjectsaresntreadonlybutarraysofobjectssinceobjectssontypeofobjectsthisisfinebutsinceobjectssontypeofobjectsthisisfinebutsinceobjectssontypeofobjectsthisisfinebutsinceobjectssontypeofobjectsthisisfinebutsinceobjectssontypeofobjectsthisisfinebutsinceobjectssontypeofobjectsliketypeoffunctionsthatisalsofinebutsincetheysarentfunctionsitisstillfinebutsincetheysarentfunctionsitisstillfinenowthatwefinallyunderstandtheissueweknowthatitsokforusustojustusequestionmarksinaftertupleelementsinthiscasebecausethisissimplynecessaryduetothetypecheckerconfusionregardingthesignificationoffromattermarksinasuchcasesasthisonehereandnothingmorenorextraimplicationsshouldbefoundheresomehowbecausequestionmarkinthiscasehasonlyonemeaningandthatisthatitsusedtosignifythatthepropertyisoptionalinthiscaseeventhoughthereisnopossibilityofhavingoptionalpropertiesinthistuplebecausethisissimplynecessaryduetothetypecheckerconfusionregardingthesignificationoffromattermarksinasuchcasesasthisonehereandnothingmorenorextraimplicationsshouldbefoundheresomehowbecausethisissimplynecessaryduetothetypecheckerconfusionregardingthesignificationoffromattermarksinasuchcasesasthisonehereandnothingmorenorextraimplicationsshouldbefoundheresomehowbecausethisissimplynecessaryduetothetypecheckerconfusionregardingthesignificationoffromattermarksinasuchcasesasthisonehereandnothingmorenorextraimplicationsshouldbefoundheresomehowbecausethisissimplynecessaryduetothetypecheckerconfusionregardingthesignificationoffrom