kzsuzuki

def blech(i: int) -> int:
    i = i - 1 # 正しくは i = i + 1
    i = i // 30000
    return i

kzsuzuki

2018r3.1
To prevent defects by evaluate work products such as requirements, user stories, design, and code  
To verify whether all specified requirements have been fulfilled  
To check whether the test object is complete and validate if it works as the users and other stakeholders expect 
To build confidence in the level of quality of the test object 
To find defects and failures thus reduce the level of risk of inadequate software quality 
To provide sufficient information to stakeholders to allow them to make informed decisions, especially regarding the level of quality of the test object 
To comply with contractual, legal, or regulatory requirements or standards, and/or to verify the test object’s compliance with such requirements or standards

kzsuzuki

0  0 ab ac     0 a 0 0     0 abd   0   0
0 bd  0  0  x  0 0 b c  =  0   0 bdb bdc
0  0 db dc     0 d 0 0     0 dbd   0   0
0  0  0  0     0 0 0 0     0   0   0   0

kzsuzuki

0 a 0 0     0 a 0 0     0  0 ab ac
0 0 b c  x  0 0 b c  =  0 bd  0  0
0 d 0 0     0 d 0 0     0  0 db dc
0 0 0 0     0 0 0 0     0  0  0  0

kzsuzuki

0 a 0 0
0 0 b c
0 d 0 0
0 0 0 0

kzsuzuki

if isMainIsland == True:
    if itemCategory == "book":
        if price >= 1500:
            charge = 0
        else:
            charge = 400
    else:
        charge = 500
else:
    if itemCategory == "book":

kzsuzuki

if itemCategory == "book":
    if price >= 1500:
        if isMainIsland == True:
            charge = 0
        else:
            charge = 300
    else:
        charge = 400
else:
    if isMainIsland == True:

kzsuzuki

#standardSQL
SELECT
  EXTRACT(HOUR FROM timestamp) AS hour  ,
  count(*) AS count
FROM `TensorFlowCommits.commit_data`
GROUP BY hour
ORDER BY hour
;

kzsuzuki

#standardSQL
WITH execution_count AS (
	SELECT
		target_id,
		count(*) AS execution_count
	FROM `TestResultData.results`
	GROUP BY target_id
	ORDER BY execution_count DESC
)
SELECT

kzsuzuki

/* Return the smallest value in the array */
int findMin(int A[]) {
    int min = A[0];
    for (int i = 1; i < A.length-1; i++) {
        if (A[i] < min) min = A[i];
    } 
    return min;
}