Constructor
new DSATrainer(skip_problemsopt)
Creates a new DSATrainer object
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
skip_problems |
List |
<optional> |
List[str] A list of problems to skip (problems slug names) |
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Members
settings_manager
Properties:
| Name | Type | Description |
|---|---|---|
settings_manager |
SettingsManager | Configurations management such as which code editor to use. |
problems_manager |
ProblemsManager | management of DSA Problems |
loaded_problem_manager |
ProblemsManager | management of DSA Problems once it finishes loading. |
user_settings |
Object | User settings configured on |
skip_problems |
Array.<string> | A list of problems to skip (problems slug names) |
problemReport |
StorableReport | A report of the problems solved by the user |
order_categories |
Array.<string> | The order of the categories to be solved |
first_non_completed_category_non_completed_problems |
Array.<ProblemMetaData> | A list of problems that are not completed yet |
first_non_only_hard_left_category_non_hard_problems |
Array.<ProblemMetaData> | A list of problems that are not completed yet, and are not hard |
completed_problems_sorted_by_times_completed |
Array.<ProblemMetaData> | A list of problems that are not completed yet, sorted by the number of times they have been completed |
uploadCodeFileUrl |
String | The url to upload the code file |
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Methods
getCompletedProblemsSortedByTimesCompleted() → {Array.<ProblemMetaData>}
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Returns:
A list of problems that are not completed yet, sorted by the number of times they have been completed
- Type
- Array.<ProblemMetaData>
getFirstNonCompletedCategoryNonCompletedProblems() → {Array.<ProblemMetaData>}
Gets a list of problems that are not completed yet !note that the the this wont work if problem_manager is not loaded
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Returns:
A list of problems that are not completed yet
- Type
- Array.<ProblemMetaData>
getFirstNonOnlyHardLeftCategoryNonHardProblems() → {Array.<ProblemMetaData>}
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Returns:
A list of problems that are not completed yet, and are not hard
- Type
- Array.<ProblemMetaData>
(async) getRecommendedProblems(non_completed, non_hard, completed_practice, refresh_recommendation_queues)
Gets the list of recommended problems to solve
Parameters:
| Name | Type | Description |
|---|---|---|
non_completed |
int | The number of non completed problems to get |
non_hard |
int | The number of non hard problems to get |
completed_practice |
int | The number of completed problems to get |
refresh_recommendation_queues |
bool | Whether to refresh the recommendation queues or not |
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Returns:
(async) openAndTest(problem) → {constants.ProblemStatus}
Opens and tests prints a menu where user can choose to test, or other operations, returns once the user is finished with the problem or aborts
Parameters:
| Name | Type | Description |
|---|---|---|
problem |
ProblemMetadata | The problem to open and test |
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Returns:
The status of the problem (aborted | solved | unsolved)
- Type
- constants.ProblemStatus
(async) openProblemMetadataInTerminal(problem, open_problem_temporal, open_solution, open_basecode, open_markdown, open_test_cases) → {Promise}
Parameters:
| Name | Type | Description |
|---|---|---|
problem |
ProblemMetaData | |
open_problem_temporal |
boolean | If true, the problem temporal file will be opened |
open_solution |
boolean | If true, the solution file will be opened |
open_basecode |
boolean | If true, the basecode file will be opened |
open_markdown |
boolean | If true, the markdown file will be opened |
open_test_cases |
boolean | If true, the test cases file will be opened |
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Returns:
A promise that resolves when the problem is opened
- Type
- Promise
(async) openRandomProblem() → {ProblemStatus}
Populates and opens a random problem, tests it, and returns the status of the problem.
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Returns:
The status of the problem
- Type
- ProblemStatus
populateRecommendationQueues() → {void}
Populates the recommendation queues
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Returns:
Call this when problmeManager had been populated
- Type
- void
(async) showMenuOfProblems(allow_continue_last, showProgress)
Renders a menu of problems, and allows the user to select a problem to solve
Parameters:
| Name | Type | Description |
|---|---|---|
allow_continue_last |
boolean | If true, the user will be allowed to continue the last problem solved. If false, the user will be forced to select a new problem. |
showProgress |
boolean | If true, the user will be shown the progress of the problems solved as ** attached to the problem. If false, the user will not be shown the progress. |
|
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Returns:
(async) showRecommendedProblems()
Renders a menu of recommended problems, and allows the user to select a problem to solve
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(async) solveProblem(problem, tryUntilSolved) → {ProblemStatus}
Wraps into continue solving until the problem is solved method
Parameters:
| Name | Type | Description |
|---|---|---|
problem |
ProblemMetaData | Information of the problem to solve |
tryUntilSolved |
boolean | If true, the problem will be reprompted until it is solved. If false, the problem will be solved once. |
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Returns:
The status of the problem
- Type
- ProblemStatus
updateProblemStatus(problem, results, statusMetadata)
Updates the problem status, such as interfacing with the problem report and problem attempted (in the future this would create a report of things done.)
Parameters:
| Name | Type | Description |
|---|---|---|
problem |
ProblemMetadata | the problem to solve |
results |
||
statusMetadata |
Object | reference to object contianing information such as failed attempts, etc that is being updated internally |
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