GCC Code Coverage Report

Line	Branch	Exec	Source
1			/* GATE PROJECT LICENSE:
2			+----------------------------------------------------------------------------+
3			| Copyright(c) 2018-2025, Stefan Meislinger <sm@opengate.at> |
4			| All rights reserved. |
5			| |
6			| Redistribution and use in source and binary forms, with or without |
7			| modification, are permitted provided that the following conditions are met:|
8			| |
9			| 1. Redistributions of source code must retain the above copyright notice, |
10			| this list of conditions and the following disclaimer. |
11			| 2. Redistributions in binary form must reproduce the above copyright |
12			| notice, this list of conditions and the following disclaimer in the |
13			| documentation and/or other materials provided with the distribution. |
14			| |
15			| THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"|
16			| AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE |
17			| IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE |
18			| ARE DISCLAIMED.IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE |
19			| LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR |
20			| CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF |
21			| SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS |
22			| INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN |
23			| CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) |
24			| ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF |
25			| THE POSSIBILITY OF SUCH DAMAGE. |
26			+----------------------------------------------------------------------------+
27			*/
28
29			#include "gate/io/audiosources.hpp"
30
31			namespace gate
32			{
33			namespace io
34			{
35
36		✗	AudioFormat::AudioFormat(uint32_t encodingId, uint32_t samplesPerSecond, uint16_t channels, uint16_t bitsPerSample)
37			{
38		✗	this->encoding_id = encodingId;
39		✗	this->samples_per_second = samplesPerSecond;
40		✗	this->channels = channels;
41		✗	this->bits_per_sample = bitsPerSample;
42		✗	}
43		✗	AudioFormat::AudioFormat(gate_audio_format_t const& src)
44		✗	: gate_audio_format_t(src)
45			{
46		✗	}
47
48		✗	AudioFormat const& AudioFormat::choose(AudioFormat const* formats, size_t formatsCount,
49			uint32_t const* desiredSamplesPerSecond,
50			uint16_t const* desiredChannels,
51			uint16_t const* desiredBitsPerSample)
52			{
53		✗	gate_audio_format_t const* ptrFormat = gate_audio_format_choose(
54			formats, formatsCount, desiredSamplesPerSecond, desiredChannels, desiredBitsPerSample);
55		✗	if (!ptrFormat)
56			{
57		✗	raiseException(results::NoMatch, "No matching format found", "AudioFormat::choose");
58			}
59		✗	return *static_cast<AudioFormat const*>(ptrFormat);
60			}
61
62		✗	AudioSample::AudioSample()
63			{
64		✗	Mem::clear(this->impl);
65		✗	}
66
67		✗	void AudioSample::initFrom(gate_audio_sample_t const& src)
68			{
69		✗	this->impl.format = src.format;
70		✗	this->impl.sample_count = src.sample_count;
71		✗	this->impl.record_time = src.record_time;
72
73		✗	this->impl.data = src.data;
74		✗	if (this->impl.data != NULL)
75			{
76		✗	gate_object_retain(this->impl.data);
77			}
78
79		✗	this->impl.meta_data = src.meta_data;
80		✗	if (this->impl.meta_data != NULL)
81			{
82		✗	gate_object_retain(this->impl.meta_data);
83			}
84		✗	}
85
86		✗	AudioSample::AudioSample(AudioSample const& src)
87		✗	: impl(gate_audio_sample_t())
88			{
89		✗	this->initFrom(src.impl);
90		✗	}
91
92		✗	AudioSample::AudioSample(gate_audio_sample_t const& src)
93		✗	: impl(gate_audio_sample_t())
94			{
95		✗	this->initFrom(src);
96		✗	}
97
98		✗	AudioSample::~AudioSample() noexcept
99			{
100		✗	gate_audio_sample_release(&this->impl);
101		✗	}
102
103		✗	AudioSample& AudioSample::operator=(AudioSample const& src)
104			{
105			//TODO
106		✗	return *this;
107			}
108
109		✗	AudioSample& AudioSample::operator=(gate_audio_sample_t& src)
110			{
111			//TODO
112		✗	return *this;
113			}
114
115		✗	AudioFormat AudioSample::getFormat() const
116			{
117		✗	return AudioFormat(this->impl.format);
118			}
119
120		✗	MemoryBlock AudioSample::getData() const
121			{
122		✗	MemoryBlock block(this->impl.data);
123		✗	gate_object_retain(this->impl.data);
124		✗	return block;
125			}
126		✗	MemoryBlock AudioSample::getMetaData() const
127			{
128		✗	MemoryBlock block(this->impl.meta_data);
129		✗	gate_object_retain(this->impl.meta_data);
130		✗	return block;
131			}
132		✗	uint32_t AudioSample::getSampleCount() const
133			{
134		✗	return this->impl.sample_count;
135			}
136		✗	int64_t AudioSample::getRecordTime() const
137			{
138		✗	return this->impl.record_time;
139			}
140
141		✗	gate_audio_sample_t* AudioSample::c_impl()
142			{
143		✗	return &this->impl;
144			}
145		✗	gate_audio_sample_t const* AudioSample::c_impl() const
146			{
147		✗	return &this->impl;
148			}
149
150		✗	static gate_result_t enumDevicesCallback(gate_audio_device_t* device, void* param)
151			{
152		✗	ArrayList<AudioDevice>* ptrList = reinterpret_cast<ArrayList<AudioDevice>*>(param);
153		✗	AudioDevice dev(device);
154		✗	gate_object_retain(device); // object belongs to device enumeration, add refcount to share it
155		✗	ptrList->add(dev);
156		✗	return GATE_RESULT_OK;
157			}
158
159		✗	Array<AudioDevice> AudioDevices::enumDevices(AudioDevice::DeviceTypeEnum deviceType)
160			{
161		✗	ArrayList<AudioDevice> ret;
162			gate_delegate_t audio_enum_delegate;
163		✗	GATE_DELEGATE_BIND_FUNC(gate_audio_devices_enum, &audio_enum_delegate, enumDevicesCallback);
164		✗	result_t result = gate_audio_devices_enum(deviceType, &audio_enum_delegate, &ret);
165		✗	return ret.toArray();
166			}
167
168		✗	AudioDevice AudioDevices::fromId(AudioDevice::DeviceTypeEnum deviceType, String const& id)
169			{
170		✗	CstrBuffer buffer(id);
171		✗	gate_audio_device_t* ptrDevice = NULL;
172		✗	result_t result = gate_audio_device_by_id(deviceType, buffer.get(), &ptrDevice);
173		✗	GATEXX_CHECK_EXCEPTION(result);
174		✗	return AudioDevice(ptrDevice);
175			}
176
177		✗	AudioDevice AudioDevices::createWaveReader(Stream& inputStream)
178			{
179		✗	gate_audio_device_t* ptrDevice = NULL;
180		✗	result_t result = gate_audio_create_wave_reader(inputStream.c_impl(), &ptrDevice);
181		✗	GATEXX_CHECK_EXCEPTION(result);
182		✗	return AudioDevice(ptrDevice);
183			}
184
185		✗	AudioDevice AudioDevices::createWaveWriter(ControlStream& outputStream)
186			{
187		✗	gate_audio_device_t* ptrDevice = NULL;
188		✗	result_t result = gate_audio_create_wave_writer(outputStream.c_impl(), &ptrDevice);
189		✗	GATEXX_CHECK_EXCEPTION(result);
190		✗	return AudioDevice(ptrDevice);
191			}
192
193
194		✗	AudioDevice::AudioDevice() noexcept
195		✗	: object_impl_t(NULL)
196			{
197
198		✗	}
199
200
201		✗	AudioDevice::AudioDevice(gate_audio_device_t* ptr_device)
202		✗	: object_impl_t(ptr_device)
203			{
204		✗	if (!ptr_device)
205			{
206		✗	GATEXX_RAISE_ERROR(results::NullPointer);
207			}
208		✗	}
209
210		✗	AudioDevice::AudioDevice(AudioDevice const& src) noexcept
211		✗	: object_impl_t(src)
212			{
213
214		✗	}
215
216		✗	AudioDevice& AudioDevice::operator=(AudioDevice const& src) noexcept
217			{
218		✗	object_impl_t::operator=(src);
219		✗	return *this;
220			}
221
222		✗	AudioDevice::~AudioDevice() noexcept
223			{
224		✗	}
225
226		✗	String AudioDevice::getId() const noexcept
227			{
228		✗	return String::createStatic(gate_audio_device_get_id(this->c_impl()));
229			}
230
231		✗	String AudioDevice::getName() const noexcept
232			{
233		✗	return String::createStatic(gate_audio_device_get_name(this->c_impl()));
234			}
235
236		✗	intptr_t AudioDevice::getHandle() const noexcept
237			{
238		✗	return gate_audio_device_get_handle(this->c_impl());
239			}
240
241		✗	AudioDevice::DeviceTypeEnum AudioDevice::getDeviceType() const noexcept
242			{
243		✗	return AudioDevice::DeviceTypeEnum(gate_audio_device_get_device_type(this->c_impl()));
244			}
245
246		✗	Array<AudioFormat> AudioDevice::getSupportedFormats()
247			{
248			gate_audio_format_t formats[256];
249		✗	size_t len_returned = gate_audio_device_get_supported_formats(this->c_impl(), formats, sizeof(formats) / sizeof(formats[0]));
250		✗	ArrayList<AudioFormat> al(len_returned);
251		✗	for (size_t n = 0; n != len_returned; ++n)
252			{
253		✗	al.add(AudioFormat(formats[n]));
254			}
255		✗	return al.toArray();
256			}
257
258		✗	VoidResult AudioDevice::tryOpen(AudioFormat const& format, size_t sampleCount) noexcept
259			{
260		✗	result_t res = gate_audio_device_open(this->c_impl(), &format, sampleCount);
261		✗	return makeResult(res);
262			}
263		✗	void AudioDevice::open(AudioFormat const& format, size_t sampleCount)
264			{
265		✗	this->tryOpen(format, sampleCount).checkException("AudioDevice::open");
266		✗	}
267		✗	VoidResult AudioDevice::close() noexcept
268			{
269		✗	result_t res = gate_audio_device_close(this->c_impl());
270		✗	return makeResult(res);
271			}
272
273		✗	VoidResult AudioDevice::tryRead(AudioSample& sample) noexcept
274			{
275		✗	result_t res = gate_audio_device_read(this->c_impl(), sample.c_impl());
276		✗	return makeResult(res);
277			}
278		✗	bool_t AudioDevice::read(AudioSample& sample)
279			{
280		✗	VoidResult result = this->tryRead(sample);
281		✗	if (result.hasError())
282			{
283		✗	if (result.error() == GATE_RESULT_ENDOFSTREAM)
284			{
285		✗	return false;
286			}
287			}
288		✗	result.checkException("AudioDevice::read");
289		✗	return true;
290			}
291
292		✗	VoidResult AudioDevice::tryWrite(AudioSample const& sample) noexcept
293			{
294		✗	result_t res = gate_audio_device_write(this->c_impl(), sample.c_impl());
295		✗	return makeResult(res);
296			}
297
298		✗	void AudioDevice::write(AudioSample& sample)
299			{
300		✗	this->tryWrite(sample).checkException("AudioDevice::write");
301		✗	}
302
303
304
305			} // end of namespace io
306			} // end of namespace gate
307