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|
var (
count int
err error
)
start:
// Reply with the buffered data if there is any
if sr.to-sr.from > 0 {
count = copy(output, sr.buffer[sr.from:sr.to])
// Advance the data in the buffer
sr.from += count
// Check whether we have reached the end of the buffer
if sr.to-sr.from == 0 {
// Reset the buffer
sr.from, sr.to = 0, 0
return count, err
}
// Do not propagate an error until the buffer is exhausted
|
|
|
|
103
104
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110
111
112
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115
116
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122
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124
|
var (
count int
err error
)
start:
// Reply with the buffered data if there is any
if sr.to > 0 {
count = copy(output, sr.buffer[sr.from:sr.to])
// Advance the data in the buffer
sr.from += count
// Check whether we have reached the end of the buffer
if sr.from == sr.to {
// Reset the buffer
sr.from, sr.to = 0, 0
return count, err
}
// Do not propagate an error until the buffer is exhausted
|
132
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135
136
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145
|
// Perform a read into the buffer
count, err = sr.reader.Read(sr.buffer)
// Size the buffer down to the read data size
// and restart if we have successfully read some bytes
sr.from, sr.to = 0, count
if sr.to-sr.from > 0 {
goto start
}
// Returning on err/misbehaving noop reader
return 0, err
}
|
|
|
132
133
134
135
136
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138
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140
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145
|
// Perform a read into the buffer
count, err = sr.reader.Read(sr.buffer)
// Size the buffer down to the read data size
// and restart if we have successfully read some bytes
sr.from, sr.to = 0, count
if sr.to > 0 {
goto start
}
// Returning on err/misbehaving noop reader
return 0, err
}
|