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Failure
to meet eligibility requirements
Applications were assessed against the eligibility
requirements listed in the Applicant Guidelines. Applications that did not meet
the eligibility requirements have been assessed as ineligible. Common reasons
applications were marked ineligible:
- documentation meeting language requirements such as TOEFL/IELTS or transcript of at least one year of study in an approved country was not provided.
- an unconditional/conditional admission letter from an Australian institution for commencement during the correct year was not provided (international applicants).
- nomination from a host organisation for commencement during the correct year was not provided.
- proof of citizenship from an eligible country was not provided.
- applicant did not supply weighted academic transcripts with a score card explaining grading system.
Failure to follow the Applicant
Guidelines may result in an ineligible application. It is therefore essential
that applicants read all of the instructions carefully and ensure they meet all
eligibility requirements prior to commencing an application.
Exercise #2
Function Flows
The loading process begins the
moment the application is started, where the program’s configuration file is
referenced and any existing dictionaries cached to disk are retrieved and
stored in memory. If the configuration
file indicates a dictionary not recovered from disk is needed, the new
dictionary is constructed from its source files or databases and held in
memory. Once all dictionaries are
assembled and accounted for, the application enters a second stage of operation
in which is waits for spell check requests to process.
When a spell check request is
detected, the program parses the provided search phrase using a “Formatter”
into a list of one or more checkable terms (IE, words separated by spaces, the
entire unaltered search phrase, etc.).
These terms are supplied to a function loop which moves through the list
of spell check “Rules” (pairs of spell checking algorithms and their associated
dictionaries to check against) to identify if the specified word or term exists
in a dictionary (and thereby assume to be spelled correctly) or otherwise
generate a list of suggested words or terms that the algorithm indicates may be
related to the user-submitted search term.
The list of suggestions accumulates during this function loop, and when
there are no more search terms to process, and every algorithm has been run to
its completion, the resulting set of suggested words or terms is sent to the
origin of the spell check request. At
this point, the program returns to its “waiting” state and lies dormant until
the next search request occurs.
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